Prompt:
Identify every candidate statement reproduced exactly from the evidence. Return JSON using exactly this schema: {"supported":["A"]}. Preserve candidate order. JSON whitespace is ignored.

Evidence:
Before each of around 200,000 eye movements we make each day, the brain decides how long to fixate before shifting gaze to new information. Here we investigate this process using a large-scale scene-viewing experiment (4,080 natural scenes, five participants) that combines magnetoencephalography, eye tracking and a semantic captioning task. Using multivariate analysis of magnetoencephalography source-space patterns, behavioral analyses and artificial neural network (ANN) modeling, we show that longer fixations do not reflect prolonged visual processing but relate to downstream memory encoding. First, temporal variability of ventral stream representational dynamics did not explain variability in fixation duration. Second, fixation durations were anticorrelated with ANN-estimated patch classification difficulty. Third, fixation durations correlate positively with ANN-predicted patch memorability and caption-inclusion and co-occur with increased theta–gamma phase–amplitude coupling, particularly in frontal and hippocampal regions. These results indicate that eye-movement timing decisions are shaped by memory-encoding demands rather than by perceptual processing limits. Subject terms: Learning and memory, Decision, Visual system, Attention, Computational neuroscience

Candidates:
A. Here we investigate this process using a large-scale scene-viewing experiment (5,080 natural scenes, five participants) that combines magnetoencephalography, eye tracking and a semantic captioning task.
B. Here we investigate this process using a large-scale scene-viewing experiment (4,080 natural scenes, five participants) that combines magnetoencephalography, eye tracking and a semantic captioning task.
C. First, temporal variability of ventral stream representational dynamics did not explain variability in fixation duration.
D. Before each of around 200,000 eye movements we make each day, the brain decides how long to fixate before shifting gaze to new information.
E. The evidence does not state that first, temporal variability of ventral stream representational dynamics did not explain variability in fixation duration.
F. Using multivariate analysis of magnetoencephalography source-space patterns, behavioral analyses and artificial neural network (ANN) modeling, we show that longer fixations do not reflect prolonged visual processing but relate to downstream memory encoding.
G. Before each of around 201,000 eye movements we make each day, the brain decides how long to fixate before shifting gaze to new information.
H. The evidence does not state that using multivariate analysis of magnetoencephalography source-space patterns, behavioral analyses and artificial neural network (ANN) modeling, we show that longer fixations do not reflect prolonged visual processing but relate to downstream memory encoding.


Prompt:
Identify every candidate statement reproduced exactly from the evidence. Return JSON using exactly this schema: {"supported":["A"]}. Preserve candidate order. JSON whitespace is ignored.

Evidence:
In Uruguay, Pinus taeda is the dominant conifer in industrial plantations, generating large volumes of knot-containing offcuts during processing. These residues are highly enriched in extractives, offering opportunities for valorization within a circular bioeconomy. This study examined the recovery of bioactive compounds from P. taeda knotwood through ethanol extraction, process optimization, Gas Chromatography coupled with Mass Spectrometry and Flame Ionization Detection (GC–MS/FID) analysis, and antifungal evaluation. The effects of extraction temperature, ethanol concentration, and liquid–solid (L/S) ratio on extraction yield, total phenolic content, and FRAP antioxidant activity were assessed, and response models were developed to identify optimal conditions. Maximum extraction yield (20.8%) occurred at 47 °C, 100% ethanol concentration, and L/S of 8.3. The highest phenolic content (5.7 g gallic acid equivalents/100 g) was predicted at 61 °C, 100% ethanol, and L/S 15, while the greatest antioxidant capacity (15.8 mmol ascorbic acid equivalents/100 g) was achieved at 75 °C and L/S 15, independently of ethanol concentration. Two extraction conditions, representing the best compromise among yield, phenolics, and antioxidant performance, were selected for further characterization and antifungal tests. GC–MS/FID analysis showed that stilbenes and terpenoids dominated the extracts. Antifungal assays against Trametes versicolor and Gloeophyllum trabeum revealed strong inhibition, reaching up to 65% and 97% after seven days. Overall, the results demonstrate that P. taeda knotwood residues can be efficiently valorised via ethanolic extraction to obtain bioactive fractions with high antioxidant and antifungal activity, supporting sustainable and circular approaches for wood protection. Keywords: Pinus taeda , Knotwood, Phenolic compounds, Antioxidant activity, Antifungal, Circular bioeconomy, Wood preservation

Candidates:
A. In Uruguay, Pinus taeda is the dominant conifer in industrial plantations, generating large volumes of knot-containing offcuts during processing.
B. In Uruguay, Pinus taeda is not the dominant conifer in industrial plantations, generating large volumes of knot-containing offcuts during processing.
C. The evidence does not state that this study examined the recovery of bioactive compounds from P.
D. These residues are not highly enriched in extractives, offering opportunities for valorization within a circular bioeconomy.
E. These residues are highly enriched in extractives, offering opportunities for valorization within a circular bioeconomy.
F. taeda knotwood through ethanol extraction, process optimization, Gas Chromatography coupled with Mass Spectrometry and Flame Ionization Detection (GC–MS/FID) analysis, and antifungal evaluation.
G. The evidence does not state that taeda knotwood through ethanol extraction, process optimization, Gas Chromatography coupled with Mass Spectrometry and Flame Ionization Detection (GC–MS/FID) analysis, and antifungal evaluation.
H. This study examined the recovery of bioactive compounds from P.


Prompt:
Identify every candidate statement reproduced exactly from the evidence. Return JSON using exactly this schema: {"supported":["A"]}. Preserve candidate order. JSON whitespace is ignored.

Evidence:
Monoclonal antibodies have revolutionized modern medicine due to their target‐specific properties and effectiveness in treating a wide range of diseases, including cancer, autoimmune disorders, infectious diseases, and neurological conditions. Importantly, their large‐scale production for human use requires strict adherence to good manufacturing practice (GMP) standards to ensure quality, safety, and efficacy. This article reviews key aspects of monoclonal antibody production under GMP standards, from cell‐line selection to culture strategies, antibody purification, formulation, and quality control processes. Additionally, we discuss the significance of validation and traceability in production, as well as the implementation of emerging technologies to enhance manufacturing efficiency and safety. Despite progress in bioprocesses and regulatory frameworks, several challenges, such as batch‐to‐batch variability, high production costs, and the need to continuously adapt processes to new regulations, remain to be solved. The integration of innovative approaches with evolving regulations will enable the optimization of monoclonal antibody production and ensure their global accessibility. Keywords: bioprocesses, good manufacturing practices (GMPs), monoclonal antibodies (mAbs), pharmaceutical regulation, quality control

Candidates:
A. The evidence does not state that this article reviews key aspects of monoclonal antibody production under GMP standards, from cell‐line selection to culture strategies, antibody purification, formulation, and quality control processes.
B. Additionally, we discuss the significance of validation and traceability in production, as well as the implementation of emerging technologies to enhance manufacturing efficiency and safety.
C. The evidence does not state that monoclonal antibodies have revolutionized modern medicine due to their target‐specific properties and effectiveness in treating a wide range of diseases, including cancer, autoimmune disorders, infectious diseases, and neurological conditions.
D. The evidence does not state that importantly, their large‐scale production for human use requires strict adherence to good manufacturing practice (GMP) standards to ensure quality, safety, and efficacy.
E. Importantly, their large‐scale production for human use requires strict adherence to good manufacturing practice (GMP) standards to ensure quality, safety, and efficacy.
F. The evidence does not state that additionally, we discuss the significance of validation and traceability in production, as well as the implementation of emerging technologies to enhance manufacturing efficiency and safety.
G. This article reviews key aspects of monoclonal antibody production under GMP standards, from cell‐line selection to culture strategies, antibody purification, formulation, and quality control processes.
H. Monoclonal antibodies have revolutionized modern medicine due to their target‐specific properties and effectiveness in treating a wide range of diseases, including cancer, autoimmune disorders, infectious diseases, and neurological conditions.


Prompt:
Identify every candidate statement reproduced exactly from the evidence. Return JSON using exactly this schema: {"supported":["A"]}. Preserve candidate order. JSON whitespace is ignored.

Evidence:
Increasing costs of drugs for rare diseases have raised concerns about health systems’ sustainability and equitable access to these therapies. Newer and highly effective orphan drugs, such as Chimeric Antigen Receptor T-Cell (CAR-T) therapies, highlight the need for alternative innovation models that can offer greater affordability and accessibility. This case study examines Hospital Clínic Barcelona’s (HCB) alternative innovation model to develop ARI-0001 (varnimcabtagene autoleucel), a novel CAR-T therapy for certain forms of leukemia, at a price two-thirds lower than comparable therapies from the pharmaceutical industry. We conducted background research, and performed twenty-one semi-structured interviews with HCB staff, representatives of regional Health Departments, the Spanish Ministry of Health and regulatory agency, academics, civil society and patient groups. We used a framework drawing on concepts from complex adaptive systems, incorporating the resources used (i.e., funding, knowledge, and manufacturing capacity), the practices implemented (i.e., knowledge management, access practices and transparency), and the rules and norms that shaped HCB’s interactions with other actors in the system. We then identified the concept of institutional logics as well-suited to explain how HCB’s model overcame various barriers. HCB’s model builds from three competing institutional logics – healthcare, academic and industrial – while also addressing each logic’s weaknesses. The healthcare logic shaped HCB’s affordable pricing of ARI-0001, but also posed organizational challenges. The academic logic drove HCB’s willingness to share knowledge and technology with peers, but posed barriers to fund late-stage clinical trials and regulatory processes. Lastly, HCB adopted an industrial logic by identifying in-house regulatory expertise and developing partnerships for production. The hospital exemption clause, a European regulatory pathway that allows hospitals to develop and produce treatments under certain conditions, allowed HCB to span the boundaries of the three competing logics. Our findings underscore the potential of academic hospitals to develop more affordable advanced therapies, the importance of conducive regulatory frameworks, and the challenges that academic hospitals face to expand this model. Through increased regulatory and financial support to academic hospitals, strengthened coordination, and public funding with requirements for access, this model could achieve innovation with affordability in a cutting-edge technological area. The online version contains supplementary material available at 10.1186/s13023-026-04320-7.

Candidates:
A. Increasing costs of drugs for rare diseases have raised concerns about health systems’ sustainability and equitable access to these therapies.
B. This case study examines Hospital Clínic Barcelona’s (HCB) alternative innovation model to develop ARI-2 (varnimcabtagene autoleucel), a novel CAR-T therapy for certain forms of leukemia, at a price two-thirds lower than comparable therapies from the pharmaceutical industry.
C. The evidence does not state that increasing costs of drugs for rare diseases have raised concerns about health systems’ sustainability and equitable access to these therapies.
D. Newer and highly effective orphan drugs, such as Chimeric Antigen Receptor T-Cell (CAR-T) therapies, highlight the need for alternative innovation models that cannot offer greater affordability and accessibility.
E. This case study examines Hospital Clínic Barcelona’s (HCB) alternative innovation model to develop ARI-0001 (varnimcabtagene autoleucel), a novel CAR-T therapy for certain forms of leukemia, at a price two-thirds lower than comparable therapies from the pharmaceutical industry.
F. The evidence does not state that we conducted background research, and performed twenty-one semi-structured interviews with HCB staff, representatives of regional Health Departments, the Spanish Ministry of Health and regulatory agency, academics, civil society and patient groups.
G. Newer and highly effective orphan drugs, such as Chimeric Antigen Receptor T-Cell (CAR-T) therapies, highlight the need for alternative innovation models that can offer greater affordability and accessibility.
H. We conducted background research, and performed twenty-one semi-structured interviews with HCB staff, representatives of regional Health Departments, the Spanish Ministry of Health and regulatory agency, academics, civil society and patient groups.


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1116 g
Capture recovery: 73.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1091 g
Capture recovery: 66.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2034 g
Capture recovery: 82.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 643 g
Capture recovery: 70.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1751 g
Capture recovery: 83.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2451 g
Capture recovery: 79.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 691 g
Capture recovery: 89.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1412 g
Capture recovery: 89.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1872 g
Capture recovery: 71.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2052 g
Capture recovery: 87.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1401 g
Capture recovery: 67.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 667 g
Capture recovery: 80.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2009 g
Capture recovery: 72.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2018 g
Capture recovery: 86.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2391 g
Capture recovery: 82.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2223 g
Capture recovery: 66.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 802 g
Capture recovery: 87.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 918 g
Capture recovery: 73.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1457 g
Capture recovery: 76.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2406 g
Capture recovery: 68.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1515 g
Capture recovery: 65.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 695 g
Capture recovery: 80.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2174 g
Capture recovery: 67.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1684 g
Capture recovery: 88.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1982 g
Capture recovery: 91.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1319 g
Capture recovery: 91.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2036 g
Capture recovery: 66.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1492 g
Capture recovery: 73.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1226 g
Capture recovery: 91.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2450 g
Capture recovery: 77.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1562 g
Capture recovery: 78.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1426 g
Capture recovery: 77.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 971 g
Capture recovery: 90.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2306 g
Capture recovery: 85.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1334 g
Capture recovery: 77.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 878 g
Capture recovery: 89.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2367 g
Capture recovery: 87.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2340 g
Capture recovery: 88.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1496 g
Capture recovery: 79.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1525 g
Capture recovery: 85.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1967 g
Capture recovery: 79.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1719 g
Capture recovery: 91.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1703 g
Capture recovery: 73.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1348 g
Capture recovery: 93.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1941 g
Capture recovery: 84.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 856 g
Capture recovery: 81.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 790 g
Capture recovery: 92.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 480 g
Capture recovery: 67.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1834 g
Capture recovery: 74.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 785 g
Capture recovery: 69.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1845 g
Capture recovery: 77.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1764 g
Capture recovery: 66.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 854 g
Capture recovery: 88.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1109 g
Capture recovery: 94.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 425 g
Capture recovery: 88.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 592 g
Capture recovery: 87.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1883 g
Capture recovery: 82.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 867 g
Capture recovery: 79.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1763 g
Capture recovery: 77.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1359 g
Capture recovery: 92.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1059 g
Capture recovery: 74.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2146 g
Capture recovery: 68.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 783 g
Capture recovery: 84.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1741 g
Capture recovery: 91.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 630 g
Capture recovery: 75.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 612 g
Capture recovery: 75.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1725 g
Capture recovery: 94.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 758 g
Capture recovery: 95.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1587 g
Capture recovery: 71.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2464 g
Capture recovery: 67.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1640 g
Capture recovery: 80.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1262 g
Capture recovery: 82.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1721 g
Capture recovery: 70.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1572 g
Capture recovery: 84.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1327 g
Capture recovery: 78.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1875 g
Capture recovery: 70.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1720 g
Capture recovery: 69.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1091 g
Capture recovery: 92.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1279 g
Capture recovery: 79.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1187 g
Capture recovery: 71.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 781 g
Capture recovery: 67.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2035 g
Capture recovery: 71.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 894 g
Capture recovery: 65.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 699 g
Capture recovery: 94.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1079 g
Capture recovery: 80.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1479 g
Capture recovery: 87.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2072 g
Capture recovery: 78.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1748 g
Capture recovery: 88.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1986 g
Capture recovery: 65.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1643 g
Capture recovery: 65.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 919 g
Capture recovery: 68.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 652 g
Capture recovery: 65.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 616 g
Capture recovery: 80.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 987 g
Capture recovery: 92.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 565 g
Capture recovery: 69.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2116 g
Capture recovery: 71.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 404 g
Capture recovery: 77.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1956 g
Capture recovery: 76.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1666 g
Capture recovery: 91.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2426 g
Capture recovery: 82.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1182 g
Capture recovery: 69.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2085 g
Capture recovery: 83.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1423 g
Capture recovery: 88.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2105 g
Capture recovery: 83.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 410 g
Capture recovery: 68.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2005 g
Capture recovery: 86.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 737 g
Capture recovery: 85.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2071 g
Capture recovery: 80.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2483 g
Capture recovery: 67.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 766 g
Capture recovery: 77.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2137 g
Capture recovery: 94.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2317 g
Capture recovery: 82.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1215 g
Capture recovery: 77.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2348 g
Capture recovery: 92.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1621 g
Capture recovery: 84.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 636 g
Capture recovery: 76.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1393 g
Capture recovery: 75.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1835 g
Capture recovery: 85.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 610 g
Capture recovery: 76.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2328 g
Capture recovery: 93.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1694 g
Capture recovery: 77.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2091 g
Capture recovery: 94.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1048 g
Capture recovery: 89.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1194 g
Capture recovery: 82.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2389 g
Capture recovery: 76.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 557 g
Capture recovery: 70.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2055 g
Capture recovery: 65.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1132 g
Capture recovery: 84.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1605 g
Capture recovery: 80.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2006 g
Capture recovery: 79.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 513 g
Capture recovery: 89.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1227 g
Capture recovery: 77.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 851 g
Capture recovery: 73.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 942 g
Capture recovery: 67.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2078 g
Capture recovery: 77.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2197 g
Capture recovery: 77.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1209 g
Capture recovery: 78.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 886 g
Capture recovery: 87.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 854 g
Capture recovery: 68.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 461 g
Capture recovery: 73.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1018 g
Capture recovery: 81.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2263 g
Capture recovery: 71.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1662 g
Capture recovery: 77.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2036 g
Capture recovery: 81.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1634 g
Capture recovery: 66.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1866 g
Capture recovery: 90.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2260 g
Capture recovery: 84.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2404 g
Capture recovery: 74.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 803 g
Capture recovery: 83.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 936 g
Capture recovery: 80.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1947 g
Capture recovery: 91.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2020 g
Capture recovery: 67.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2015 g
Capture recovery: 69.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1175 g
Capture recovery: 88.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 932 g
Capture recovery: 86.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 912 g
Capture recovery: 86.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1159 g
Capture recovery: 77.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1188 g
Capture recovery: 84.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 914 g
Capture recovery: 93.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1921 g
Capture recovery: 87.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1314 g
Capture recovery: 86.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1097 g
Capture recovery: 65.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2339 g
Capture recovery: 76.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2344 g
Capture recovery: 76.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1560 g
Capture recovery: 72.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1406 g
Capture recovery: 82.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 711 g
Capture recovery: 85.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 650 g
Capture recovery: 93.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1979 g
Capture recovery: 93.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1924 g
Capture recovery: 85.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1432 g
Capture recovery: 65.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1757 g
Capture recovery: 82.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 440 g
Capture recovery: 80.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2334 g
Capture recovery: 78.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 951 g
Capture recovery: 79.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 944 g
Capture recovery: 94.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1362 g
Capture recovery: 65.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 703 g
Capture recovery: 87.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1923 g
Capture recovery: 87.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1359 g
Capture recovery: 66.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 671 g
Capture recovery: 78.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 671 g
Capture recovery: 67.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 616 g
Capture recovery: 92.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1691 g
Capture recovery: 75.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 806 g
Capture recovery: 91.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1973 g
Capture recovery: 79.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1795 g
Capture recovery: 88.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2333 g
Capture recovery: 90.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 835 g
Capture recovery: 71.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1475 g
Capture recovery: 77.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2411 g
Capture recovery: 86.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 872 g
Capture recovery: 75.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 400 g
Capture recovery: 83.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 434 g
Capture recovery: 77.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1799 g
Capture recovery: 88.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 838 g
Capture recovery: 65.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1968 g
Capture recovery: 86.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 995 g
Capture recovery: 92.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1498 g
Capture recovery: 72.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 415 g
Capture recovery: 67.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 786 g
Capture recovery: 89.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 962 g
Capture recovery: 79.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1272 g
Capture recovery: 70.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2497 g
Capture recovery: 88.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 533 g
Capture recovery: 82.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 857 g
Capture recovery: 88.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2287 g
Capture recovery: 74.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1955 g
Capture recovery: 73.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1662 g
Capture recovery: 75.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1319 g
Capture recovery: 75.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1147 g
Capture recovery: 87.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1354 g
Capture recovery: 95.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1234 g
Capture recovery: 69.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2230 g
Capture recovery: 90.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 770 g
Capture recovery: 90.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 525 g
Capture recovery: 66.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2251 g
Capture recovery: 87.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1884 g
Capture recovery: 82.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2142 g
Capture recovery: 86.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 773 g
Capture recovery: 86.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1872 g
Capture recovery: 83.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1297 g
Capture recovery: 72.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1657 g
Capture recovery: 76.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 652 g
Capture recovery: 75.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1405 g
Capture recovery: 94.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 588 g
Capture recovery: 93.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2320 g
Capture recovery: 79.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 728 g
Capture recovery: 65.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 408 g
Capture recovery: 65.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 580 g
Capture recovery: 81.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1357 g
Capture recovery: 95.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2163 g
Capture recovery: 89.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2418 g
Capture recovery: 70.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 501 g
Capture recovery: 67.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 656 g
Capture recovery: 68.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2391 g
Capture recovery: 65.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2046 g
Capture recovery: 91.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1163 g
Capture recovery: 81.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 875 g
Capture recovery: 92.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2254 g
Capture recovery: 74.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1097 g
Capture recovery: 90.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 523 g
Capture recovery: 81.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1909 g
Capture recovery: 84.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 962 g
Capture recovery: 65.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1351 g
Capture recovery: 92.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1116 g
Capture recovery: 89.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 923 g
Capture recovery: 71.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1375 g
Capture recovery: 65.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1352 g
Capture recovery: 78.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1905 g
Capture recovery: 76.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1665 g
Capture recovery: 74.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 593 g
Capture recovery: 78.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1188 g
Capture recovery: 91.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 570 g
Capture recovery: 72.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1528 g
Capture recovery: 72.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1841 g
Capture recovery: 83.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1108 g
Capture recovery: 80.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1577 g
Capture recovery: 86.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1851 g
Capture recovery: 78.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 912 g
Capture recovery: 83.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1186 g
Capture recovery: 66.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1728 g
Capture recovery: 70.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1521 g
Capture recovery: 87.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1475 g
Capture recovery: 75.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 726 g
Capture recovery: 81.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 770 g
Capture recovery: 92.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2397 g
Capture recovery: 90.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1769 g
Capture recovery: 68.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1225 g
Capture recovery: 89.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1242 g
Capture recovery: 67.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1289 g
Capture recovery: 87.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1413 g
Capture recovery: 73.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1849 g
Capture recovery: 70.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1707 g
Capture recovery: 76.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1786 g
Capture recovery: 79.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 920 g
Capture recovery: 93.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 800 g
Capture recovery: 92.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1043 g
Capture recovery: 74.0%
Polishing recovery: 96.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2096 g
Capture recovery: 77.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1148 g
Capture recovery: 66.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1381 g
Capture recovery: 80.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 498 g
Capture recovery: 71.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2312 g
Capture recovery: 76.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 969 g
Capture recovery: 87.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1196 g
Capture recovery: 65.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2410 g
Capture recovery: 95.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1535 g
Capture recovery: 85.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1883 g
Capture recovery: 76.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1418 g
Capture recovery: 75.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2302 g
Capture recovery: 73.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1885 g
Capture recovery: 68.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1772 g
Capture recovery: 85.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2212 g
Capture recovery: 69.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 492 g
Capture recovery: 81.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2477 g
Capture recovery: 74.0%
Polishing recovery: 83.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1573 g
Capture recovery: 88.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1451 g
Capture recovery: 89.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 716 g
Capture recovery: 77.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1849 g
Capture recovery: 82.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1926 g
Capture recovery: 70.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 683 g
Capture recovery: 91.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1685 g
Capture recovery: 65.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 471 g
Capture recovery: 73.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2002 g
Capture recovery: 66.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1173 g
Capture recovery: 68.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1305 g
Capture recovery: 94.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 498 g
Capture recovery: 87.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1088 g
Capture recovery: 88.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1874 g
Capture recovery: 67.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1664 g
Capture recovery: 73.0%
Polishing recovery: 84.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1030 g
Capture recovery: 94.0%
Polishing recovery: 91.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 571 g
Capture recovery: 82.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2270 g
Capture recovery: 70.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1499 g
Capture recovery: 82.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1358 g
Capture recovery: 66.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 613 g
Capture recovery: 69.0%
Polishing recovery: 75.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 781 g
Capture recovery: 70.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 550 g
Capture recovery: 82.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2366 g
Capture recovery: 77.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1560 g
Capture recovery: 85.0%
Polishing recovery: 88.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1101 g
Capture recovery: 84.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 690 g
Capture recovery: 66.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2194 g
Capture recovery: 85.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 926 g
Capture recovery: 86.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1853 g
Capture recovery: 87.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1579 g
Capture recovery: 93.0%
Polishing recovery: 81.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 874 g
Capture recovery: 91.0%
Polishing recovery: 80.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1082 g
Capture recovery: 68.0%
Polishing recovery: 98.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2413 g
Capture recovery: 73.0%
Polishing recovery: 85.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 468 g
Capture recovery: 88.0%
Polishing recovery: 93.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1287 g
Capture recovery: 65.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1833 g
Capture recovery: 91.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2341 g
Capture recovery: 84.0%
Polishing recovery: 89.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 729 g
Capture recovery: 78.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 650 g
Capture recovery: 91.0%
Polishing recovery: 87.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 675 g
Capture recovery: 93.0%
Polishing recovery: 94.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1372 g
Capture recovery: 69.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1201 g
Capture recovery: 67.0%
Polishing recovery: 97.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1194 g
Capture recovery: 93.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1704 g
Capture recovery: 71.0%
Polishing recovery: 79.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 815 g
Capture recovery: 76.0%
Polishing recovery: 77.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 856 g
Capture recovery: 70.0%
Polishing recovery: 90.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 2164 g
Capture recovery: 87.0%
Polishing recovery: 76.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1857 g
Capture recovery: 68.0%
Polishing recovery: 82.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 710 g
Capture recovery: 66.0%
Polishing recovery: 92.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 759 g
Capture recovery: 70.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 911 g
Capture recovery: 66.0%
Polishing recovery: 95.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 951 g
Capture recovery: 79.0%
Polishing recovery: 78.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 1029 g
Capture recovery: 87.0%
Polishing recovery: 86.0%


Prompt:
A downstream process receives the values below. Calculate final recovered mass in grams. Return only the number.

Input mass: 925 g
Capture recovery: 65.0%
Polishing recovery: 85.0%


Prompt:
This is a deterministic synthetic process trajectory, not a validated digital twin. Choose the primary equipment diagnostic from: high_filter_pressure_drop, high_jacket_temperature, low_feed_delivery, low_offline_ph, low_oxygen_transfer, unexpected_antifoam_addition. Return exactly one listed label.

Trajectory excerpt:
[{"agitation_rpm": 254.068, "airflow_vvm": 0.262, "cer_mmol_l_h": 5.196, "dissolved_oxygen_pct": 36.94, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.095, "hour": 88.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.909, "our_mmol_l_h": 5.656, "ph": 6.968, "phase": "exponential", "temperature_c": 36.798, "viability_pct": 98.382, "viable_cell_density_million_ml": 16.706}, {"agitation_rpm": 271.457, "airflow_vvm": 0.285, "cer_mmol_l_h": 5.763, "dissolved_oxygen_pct": 35.928, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.075, "hour": 96.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.851, "our_mmol_l_h": 6.263, "ph": 6.975, "phase": "production", "temperature_c": 35.779, "viability_pct": 98.599, "viable_cell_density_million_ml": 18.422}, {"agitation_rpm": 284.855, "airflow_vvm": 0.301, "cer_mmol_l_h": 6.445, "dissolved_oxygen_pct": 36.511, "feed_flow_ratio": 0.734, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 3.059, "hour": 108.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.716, "our_mmol_l_h": 6.477, "ph": 6.966, "phase": "production", "temperature_c": 35.789, "viability_pct": 98.617, "viable_cell_density_million_ml": 20.043}, {"agitation_rpm": 285.097, "airflow_vvm": 0.302, "cer_mmol_l_h": 6.987, "dissolved_oxygen_pct": 35.997, "feed_flow_ratio": 0.38, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 1.634, "hour": 124.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.614, "our_mmol_l_h": 6.399, "ph": 6.985, "phase": "production", "temperature_c": 35.825, "viability_pct": 98.047, "viable_cell_density_million_ml": 21.457}]


Prompt:
This is a deterministic synthetic process trajectory, not a validated digital twin. Diagnose the cause and intervention. Choose cause from antifoam_overdose, feed_interruption, feed_line_occlusion, gas_filter_restriction, ph_probe_bias, temperature_excursion and intervention from compare_at_line_ph, replace_feed_line, restore_feed_profile, restore_temperature_control, stop_antifoam_and_verify_transfer, switch_to_redundant_gas_path. Return JSON with exactly the keys cause and intervention. JSON whitespace is ignored.

Trajectory excerpt:
[{"agitation_rpm": 254.068, "airflow_vvm": 0.262, "cer_mmol_l_h": 5.196, "dissolved_oxygen_pct": 36.94, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.095, "hour": 88.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.909, "our_mmol_l_h": 5.656, "ph": 6.968, "phase": "exponential", "temperature_c": 36.798, "viability_pct": 98.382, "viable_cell_density_million_ml": 16.706}, {"agitation_rpm": 271.457, "airflow_vvm": 0.285, "cer_mmol_l_h": 5.763, "dissolved_oxygen_pct": 35.928, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.075, "hour": 96.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.851, "our_mmol_l_h": 6.263, "ph": 6.975, "phase": "production", "temperature_c": 35.779, "viability_pct": 98.599, "viable_cell_density_million_ml": 18.422}, {"agitation_rpm": 284.855, "airflow_vvm": 0.301, "cer_mmol_l_h": 6.445, "dissolved_oxygen_pct": 36.511, "feed_flow_ratio": 0.734, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 3.059, "hour": 108.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.716, "our_mmol_l_h": 6.477, "ph": 6.966, "phase": "production", "temperature_c": 35.789, "viability_pct": 98.617, "viable_cell_density_million_ml": 20.043}, {"agitation_rpm": 285.097, "airflow_vvm": 0.302, "cer_mmol_l_h": 6.987, "dissolved_oxygen_pct": 35.997, "feed_flow_ratio": 0.38, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 1.634, "hour": 124.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.614, "our_mmol_l_h": 6.399, "ph": 6.985, "phase": "production", "temperature_c": 35.825, "viability_pct": 98.047, "viable_cell_density_million_ml": 21.457}]


Prompt:
This is a deterministic synthetic process trajectory, not a validated digital twin. Choose the causal label from: antifoam_overdose, feed_interruption, feed_line_occlusion, gas_filter_restriction, ph_probe_bias, temperature_excursion. Return exactly one listed label.

Trajectory excerpt:
[{"agitation_rpm": 254.068, "airflow_vvm": 0.262, "cer_mmol_l_h": 5.196, "dissolved_oxygen_pct": 36.94, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.095, "hour": 88.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.909, "our_mmol_l_h": 5.656, "ph": 6.968, "phase": "exponential", "temperature_c": 36.798, "viability_pct": 98.382, "viable_cell_density_million_ml": 16.706}, {"agitation_rpm": 271.457, "airflow_vvm": 0.285, "cer_mmol_l_h": 5.763, "dissolved_oxygen_pct": 35.928, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.075, "hour": 96.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.851, "our_mmol_l_h": 6.263, "ph": 6.975, "phase": "production", "temperature_c": 35.779, "viability_pct": 98.599, "viable_cell_density_million_ml": 18.422}, {"agitation_rpm": 284.855, "airflow_vvm": 0.301, "cer_mmol_l_h": 6.445, "dissolved_oxygen_pct": 36.511, "feed_flow_ratio": 0.734, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 3.059, "hour": 108.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.716, "our_mmol_l_h": 6.477, "ph": 6.966, "phase": "production", "temperature_c": 35.789, "viability_pct": 98.617, "viable_cell_density_million_ml": 20.043}, {"agitation_rpm": 285.097, "airflow_vvm": 0.302, "cer_mmol_l_h": 6.987, "dissolved_oxygen_pct": 35.997, "feed_flow_ratio": 0.38, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 1.634, "hour": 124.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.614, "our_mmol_l_h": 6.399, "ph": 6.985, "phase": "production", "temperature_c": 35.825, "viability_pct": 98.047, "viable_cell_density_million_ml": 21.457}]


Prompt:
This is a deterministic synthetic process trajectory, not a validated digital twin. Choose the intervention label from: compare_at_line_ph, replace_feed_line, restore_feed_profile, restore_temperature_control, stop_antifoam_and_verify_transfer, switch_to_redundant_gas_path. Return exactly one listed label.

Trajectory excerpt:
[{"agitation_rpm": 254.068, "airflow_vvm": 0.262, "cer_mmol_l_h": 5.196, "dissolved_oxygen_pct": 36.94, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.095, "hour": 88.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.909, "our_mmol_l_h": 5.656, "ph": 6.968, "phase": "exponential", "temperature_c": 36.798, "viability_pct": 98.382, "viable_cell_density_million_ml": 16.706}, {"agitation_rpm": 271.457, "airflow_vvm": 0.285, "cer_mmol_l_h": 5.763, "dissolved_oxygen_pct": 35.928, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.075, "hour": 96.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.851, "our_mmol_l_h": 6.263, "ph": 6.975, "phase": "production", "temperature_c": 35.779, "viability_pct": 98.599, "viable_cell_density_million_ml": 18.422}, {"agitation_rpm": 284.855, "airflow_vvm": 0.301, "cer_mmol_l_h": 6.445, "dissolved_oxygen_pct": 36.511, "feed_flow_ratio": 0.734, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 3.059, "hour": 108.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.716, "our_mmol_l_h": 6.477, "ph": 6.966, "phase": "production", "temperature_c": 35.789, "viability_pct": 98.617, "viable_cell_density_million_ml": 20.043}, {"agitation_rpm": 285.097, "airflow_vvm": 0.302, "cer_mmol_l_h": 6.987, "dissolved_oxygen_pct": 35.997, "feed_flow_ratio": 0.38, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 1.634, "hour": 124.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.614, "our_mmol_l_h": 6.399, "ph": 6.985, "phase": "production", "temperature_c": 35.825, "viability_pct": 98.047, "viable_cell_density_million_ml": 21.457}]


Prompt:
This is a deterministic synthetic process trajectory, not a validated digital twin. Choose the primary equipment diagnostic from: high_filter_pressure_drop, high_jacket_temperature, low_feed_delivery, low_offline_ph, low_oxygen_transfer, unexpected_antifoam_addition. Return exactly one listed label.

Trajectory excerpt:
[{"agitation_rpm": 278.163, "airflow_vvm": 0.29, "cer_mmol_l_h": 6.003, "dissolved_oxygen_pct": 35.752, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.027, "hour": 100.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.813, "our_mmol_l_h": 6.519, "ph": 6.969, "phase": "production", "temperature_c": 35.824, "viability_pct": 98.52, "viable_cell_density_million_ml": 19.14}, {"agitation_rpm": 285.172, "airflow_vvm": 0.301, "cer_mmol_l_h": 6.421, "dissolved_oxygen_pct": 36.988, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 3.943, "hour": 108.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.752, "our_mmol_l_h": 7.012, "ph": 6.979, "phase": "production", "temperature_c": 35.798, "viability_pct": 98.514, "viable_cell_density_million_ml": 20.517}, {"agitation_rpm": 285.541, "airflow_vvm": 0.246, "cer_mmol_l_h": 6.863, "dissolved_oxygen_pct": 28.646, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 74.286, "glucose_g_l": 3.858, "hour": 120.0, "inlet_filter_delta_p_kpa": 12.429, "lactate_g_l": 1.624, "our_mmol_l_h": 7.486, "ph": 6.975, "phase": "production", "temperature_c": 35.791, "viability_pct": 98.643, "viable_cell_density_million_ml": 22.023}, {"agitation_rpm": 284.241, "airflow_vvm": 0.18, "cer_mmol_l_h": 7.18, "dissolved_oxygen_pct": 18.787, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 100.0, "glucose_g_l": 3.79, "hour": 136.0, "inlet_filter_delta_p_kpa": 25.0, "lactate_g_l": 1.487, "our_mmol_l_h": 7.843, "ph": 6.976, "phase": "production", "temperature_c": 35.775, "viability_pct": 96.59, "viable_cell_density_million_ml": 23.037}]


Prompt:
This is a deterministic synthetic process trajectory, not a validated digital twin. Diagnose the cause and intervention. Choose cause from antifoam_overdose, feed_interruption, feed_line_occlusion, gas_filter_restriction, ph_probe_bias, temperature_excursion and intervention from compare_at_line_ph, replace_feed_line, restore_feed_profile, restore_temperature_control, stop_antifoam_and_verify_transfer, switch_to_redundant_gas_path. Return JSON with exactly the keys cause and intervention. JSON whitespace is ignored.

Trajectory excerpt:
[{"agitation_rpm": 278.163, "airflow_vvm": 0.29, "cer_mmol_l_h": 6.003, "dissolved_oxygen_pct": 35.752, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.027, "hour": 100.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.813, "our_mmol_l_h": 6.519, "ph": 6.969, "phase": "production", "temperature_c": 35.824, "viability_pct": 98.52, "viable_cell_density_million_ml": 19.14}, {"agitation_rpm": 285.172, "airflow_vvm": 0.301, "cer_mmol_l_h": 6.421, "dissolved_oxygen_pct": 36.988, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 3.943, "hour": 108.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.752, "our_mmol_l_h": 7.012, "ph": 6.979, "phase": "production", "temperature_c": 35.798, "viability_pct": 98.514, "viable_cell_density_million_ml": 20.517}, {"agitation_rpm": 285.541, "airflow_vvm": 0.246, "cer_mmol_l_h": 6.863, "dissolved_oxygen_pct": 28.646, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 74.286, "glucose_g_l": 3.858, "hour": 120.0, "inlet_filter_delta_p_kpa": 12.429, "lactate_g_l": 1.624, "our_mmol_l_h": 7.486, "ph": 6.975, "phase": "production", "temperature_c": 35.791, "viability_pct": 98.643, "viable_cell_density_million_ml": 22.023}, {"agitation_rpm": 284.241, "airflow_vvm": 0.18, "cer_mmol_l_h": 7.18, "dissolved_oxygen_pct": 18.787, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 100.0, "glucose_g_l": 3.79, "hour": 136.0, "inlet_filter_delta_p_kpa": 25.0, "lactate_g_l": 1.487, "our_mmol_l_h": 7.843, "ph": 6.976, "phase": "production", "temperature_c": 35.775, "viability_pct": 96.59, "viable_cell_density_million_ml": 23.037}]


Prompt:
This is a deterministic synthetic process trajectory, not a validated digital twin. Choose the causal label from: antifoam_overdose, feed_interruption, feed_line_occlusion, gas_filter_restriction, ph_probe_bias, temperature_excursion. Return exactly one listed label.

Trajectory excerpt:
[{"agitation_rpm": 278.163, "airflow_vvm": 0.29, "cer_mmol_l_h": 6.003, "dissolved_oxygen_pct": 35.752, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.027, "hour": 100.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.813, "our_mmol_l_h": 6.519, "ph": 6.969, "phase": "production", "temperature_c": 35.824, "viability_pct": 98.52, "viable_cell_density_million_ml": 19.14}, {"agitation_rpm": 285.172, "airflow_vvm": 0.301, "cer_mmol_l_h": 6.421, "dissolved_oxygen_pct": 36.988, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 3.943, "hour": 108.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.752, "our_mmol_l_h": 7.012, "ph": 6.979, "phase": "production", "temperature_c": 35.798, "viability_pct": 98.514, "viable_cell_density_million_ml": 20.517}, {"agitation_rpm": 285.541, "airflow_vvm": 0.246, "cer_mmol_l_h": 6.863, "dissolved_oxygen_pct": 28.646, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 74.286, "glucose_g_l": 3.858, "hour": 120.0, "inlet_filter_delta_p_kpa": 12.429, "lactate_g_l": 1.624, "our_mmol_l_h": 7.486, "ph": 6.975, "phase": "production", "temperature_c": 35.791, "viability_pct": 98.643, "viable_cell_density_million_ml": 22.023}, {"agitation_rpm": 284.241, "airflow_vvm": 0.18, "cer_mmol_l_h": 7.18, "dissolved_oxygen_pct": 18.787, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 100.0, "glucose_g_l": 3.79, "hour": 136.0, "inlet_filter_delta_p_kpa": 25.0, "lactate_g_l": 1.487, "our_mmol_l_h": 7.843, "ph": 6.976, "phase": "production", "temperature_c": 35.775, "viability_pct": 96.59, "viable_cell_density_million_ml": 23.037}]


Prompt:
This is a deterministic synthetic process trajectory, not a validated digital twin. Choose the intervention label from: compare_at_line_ph, replace_feed_line, restore_feed_profile, restore_temperature_control, stop_antifoam_and_verify_transfer, switch_to_redundant_gas_path. Return exactly one listed label.

Trajectory excerpt:
[{"agitation_rpm": 278.163, "airflow_vvm": 0.29, "cer_mmol_l_h": 6.003, "dissolved_oxygen_pct": 35.752, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 4.027, "hour": 100.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.813, "our_mmol_l_h": 6.519, "ph": 6.969, "phase": "production", "temperature_c": 35.824, "viability_pct": 98.52, "viable_cell_density_million_ml": 19.14}, {"agitation_rpm": 285.172, "airflow_vvm": 0.301, "cer_mmol_l_h": 6.421, "dissolved_oxygen_pct": 36.988, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 55.0, "glucose_g_l": 3.943, "hour": 108.0, "inlet_filter_delta_p_kpa": 3.0, "lactate_g_l": 1.752, "our_mmol_l_h": 7.012, "ph": 6.979, "phase": "production", "temperature_c": 35.798, "viability_pct": 98.514, "viable_cell_density_million_ml": 20.517}, {"agitation_rpm": 285.541, "airflow_vvm": 0.246, "cer_mmol_l_h": 6.863, "dissolved_oxygen_pct": 28.646, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 74.286, "glucose_g_l": 3.858, "hour": 120.0, "inlet_filter_delta_p_kpa": 12.429, "lactate_g_l": 1.624, "our_mmol_l_h": 7.486, "ph": 6.975, "phase": "production", "temperature_c": 35.791, "viability_pct": 98.643, "viable_cell_density_million_ml": 22.023}, {"agitation_rpm": 284.241, "airflow_vvm": 0.18, "cer_mmol_l_h": 7.18, "dissolved_oxygen_pct": 18.787, "feed_flow_ratio": 1.0, "feed_pump_command_pct": 100.0, "gas_valve_command_pct": 100.0, "glucose_g_l": 3.79, "hour": 136.0, "inlet_filter_delta_p_kpa": 25.0, "lactate_g_l": 1.487, "our_mmol_l_h": 7.843, "ph": 6.976, "phase": "production", "temperature_c": 35.775, "viability_pct": 96.59, "viable_cell_density_million_ml": 23.037}]