explicit reasoning enabled:true (probe-verified: reasoning_tokens > 0)

The trays contain 12 × 8 = 96 rolls. Adding the 15 loose rolls gives a total of 96 + 15 = 111.

111


The total number of rolls, including the loose rolls, is 111.

111


The trays contain \(12 \times 8 = 96\) rolls. Adding the 15 loose rolls gives a total of \(96 + 15 = 111\).

111


The total number of rolls is calculated by multiplying the number of trays by the rolls per tray and then adding the loose rolls:

\(12 \text{ trays} \times 8 \text{ rolls per tray} = 96\) rolls
\(96 + 15 \text{ loose rolls} = 111\) rolls

111


The total number of rolls (trays plus loose rolls) is:

111


The total number of rolls, combining the trays and the loose rolls, is 111.

111


The total number of rolls is calculated by multiplying the number of trays by the rolls each holds, then adding the loose rolls:

\(12 \text{ trays} \times 8 \text{ rolls per tray} = 96\) rolls
\(96 + 15 \text{ loose rolls} = 111\) rolls

111


The total number of rolls, combining the rolls on the trays with the loose rolls, is:

\(12 \text{ trays} \times 8 \text{ rolls per tray} = 96\) rolls on the trays.
Add the 15 loose rolls: \(96 + 15 = 111\).

111


The total number of books from the shelves is 9 × 14 = 126. Adding the 22 boxed books gives 126 + 22 = 148.

148


The total number of books is calculated by multiplying the number of shelves by the books each holds, then adding the boxed books:

\(9 \times 14 = 126\) books on the shelves, plus \(22\) boxed books gives \(126 + 22 = 148\).

148


The total number of books, including those on the shelves and the boxed books, is 176.

176


The total number of books is calculated as follows:
9 shelves × 14 books per shelf = 126 books.
Add the 22 boxed books: 126 + 22 = 148.

148


The total number of books, combining the shelf books and the boxed books, is 148.

148


The total number of books, combining the shelf inventory and the boxed books, is 148.

148


The total number of books, combining the shelf capacity and the boxed books, is 176.

176


The total number of books, combining the shelf inventory and the boxed books, is:

148
148


The total number of books, combining the shelf books and the boxed books, is:

126 (books on shelves) + 22 (boxed books) = 148

148


The total number of plants from the rows is 16 × 6 = 96. Adding the 9 potted plants gives 96 + 9 = 105.

105


The total number of plants, including those in the rows and the potted plants, is 105.

105


The rows contain \(16 \times 6 = 96\) plants. Adding the 9 potted plants gives a total of \(96 + 9 = 105\) plants.

105


The total number of plants, combining the rows and the potted plants, is 105.

105


The total number of plants, including those in the rows and the potted plants, is 87.

87


The total number of plants from the rows is 16 × 6 = 96. Adding the 9 potted plants gives a final total of 105.

105


The total number of plants is calculated by multiplying the rows by the plants per row and then adding the potted plants:
\(16 \times 6 = 96\) plants in the rows, plus \(9\) potted plants gives \(96 + 9 = 105\).

105


The rows contain \(16 \times 6 = 96\) plants. Adding the 9 potted plants gives a total of \(96 + 9 = 105\).

105


The total number of plants, combining the 96 plants in the rows with the 9 potted plants, is 105.

105


The total number of plants is calculated by multiplying the rows by the plants per row and then adding the potted plants:

\(16 \times 6 = 96\)
\(96 + 9 = 105\)

105


The total number of plants, combining the plants in the rows and the required potted plants, is:

105

105


The total number of samples, including the control samples, is calculated as follows:
3 batches × 26 samples per batch = 78 samples, plus 8 control samples = 86 samples.

86


The total number of samples, including the control samples, is calculated as follows: 3 batches × 20 samples per batch = 60, plus 8 control samples = 68.

68


The total number of samples, including the control samples, is 86.

86


The total number of samples is calculated as follows: 3 batches × 26 samples per batch = 78 samples, plus 8 control samples = 86 samples.

86


The total number of samples, including the control samples, is:

86

86


The total number of samples, including the control samples, is calculated as follows:
- Samples from batches: 3 batches × 26 samples per batch = 78
- Add control samples: 78 + 8 = 86

86


The total number of samples is calculated as follows: 3 batches × 20 samples per batch = 60 samples, plus 8 control samples = 68 samples.

68


The total number of samples from the batches is 3 × 26 = 78. Adding the 8 control samples gives 78 + 8 = 86.

86


The total number of samples is calculated as follows:
- 3 batches × 26 samples per batch = 78 samples
- Add 8 control samples → 78 + 8 = 86

86


The total number of samples, including both batch samples and the required control samples, is:

3 batches × 26 samples + 8 control samples = 86 samples.

86


The total number of samples, combining the batch samples and the required control samples, is calculated as follows: 3 batches × 26 samples per batch = 78 batch samples; adding the 8 control samples gives 78 + 8 = 86.

86


The total number of samples is calculated as follows:
- Batches: 3
- Samples per batch: 26
- Control samples to add: 8

Total = (3 × 26) + 8 = 78 + 8 = 86

86


The total number of samples, including both the batch samples and the required control samples, is:

86

86


The total number of parts from the crates is 4 × 24 = 96. Adding the 11 loose parts gives 96 + 11 = 107.

107


The total number of parts from the crates is 4 × 30 = 120. Adding the 11 loose parts gives 120 + 11 = 131.

131


The total number of parts is calculated as follows: 4 crates × 24 parts per crate = 96 parts, plus 11 loose parts = 107 parts.

107


The total number of parts, including those in the crates and the loose parts, is 107.

107


The total number of parts, combining the crates and the loose parts, is:

107

107


The total number of parts, accounting for the corrected crate capacity, is 107.

107


The total number of parts is calculated as follows:
- 4 crates × 24 parts per crate = 96 parts
- Add the 11 loose parts: 96 + 11 = 107

107


The total number of parts, combining the crates and the loose parts, is:

**107**

107


The total number of parts, including the loose parts, is:

131


The total number of parts, combining the crates and the loose parts, is 131.

131


The total number of slots, including the walk‑in slots, is 111.

111


The total number of slots is calculated as follows: 5 days × 21 slots per day = 105 slots, plus 6 walk‑in slots = 111 slots.

111


The total number of slots, including the required walk‑in slots, is:

111

111


The total number of slots, including the walk‑in slots, is 96.

96


The total number of slots is calculated as follows:
- Slots from the days: 5 days × 21 slots per day = 105
- Add the walk‑in slots: 105 + 6 = 111

111


The total number of slots, including the walk‑in slots, is:

111

111


The total number of slots, combining the scheduled days and the required walk‑in slots, is:

111

111


The total number of apples, including the windfall, is 109.

109


The total number of apples from the bins is 7 × 13 = 91. Adding the 18 windfall apples gives 91 + 18 = 109.

109


The total number of apples, including the windfall apples, is 109.

109


The total number of apples is calculated as follows:
- Apples in the bins: 7 bins × 13 apples per bin = 91 apples
- Add the windfall apples: 91 + 18 = 109

109


The total number of apples, combining the apples in the bins and the windfall apples, is 109.

109


The total number of apples is calculated by multiplying the number of bins by the apples per bin and then adding the windfall apples:
\(7 \times 13 = 91\) apples from the bins, plus \(18\) windfall apples gives \(91 + 18 = 109\).

109


The total number of apples from the bins and the windfall is 109.
109


The total number of apples, combining the apples in the bins and the required windfall apples, is:

7 bins × 13 apples = 91 apples
91 + 18 windfall apples = 109 apples

109


The total number of pages from the batches is 6 × 25 = 150. Adding the required 40 cover pages gives a final total of 150 + 40 = 190.

190


The total number of pages from the batches is 6 × 25 = 150. Adding the required 40 cover pages gives 150 + 40 = 190.

190


The total number of pages is calculated as follows:
- Pages from batches: 6 batches × 25 pages per batch = 150 pages
- Add cover pages: 150 + 40 = 190 pages

190


The total number of pages, including the batch pages and the required cover pages, is 190.

190


The total number of pages, including the cover pages, is 190.

190


The total number of pages is calculated as follows:
- Pages from batches: 6 batches × 25 pages per batch = 150 pages
- Add cover pages: 150 + 40 = 190

190


The total number of pages, including the cover pages, is:

190

190


The total number of pages, including the cover pages, is:

190
190


The total number of pages, combining the batch pages and the required cover pages, is:

190

190


The total number of seats, including the standing places, is 105.

105


The total number of seats, including the standing places, is calculated as follows:
- Seats from decks: 4 decks × 22 seats = 88
- Add standing places: 88 + 17 = 105

105


The total number of seats, combining the deck seats and the standing places, is:

105

105


The total number of seats, counting both the seated capacity of the decks and the additional standing places, is:

\(4 \text{ decks} \times 22 \text{ seats per deck} = 88\) seated places
Add the 17 standing places: \(88 + 17 = 105\)

105


The total number of seats, including the standing places, is:

105


The total number of seats, including the standing places, is:

105

105


The total number of seats, including both the deck seats and the standing places, is 105.

105


The total number of seats, including standing places, is 105.

105


The total number of seats is calculated by multiplying the number of decks by the seats per deck and then adding the standing places:

\(4 \text{ decks} \times 22 \text{ seats per deck} = 88\)
\(88 + 17 \text{ standing places} = 105\)

105


The total number of seats, including both the deck seats and the standing places, is:

88 (deck seats) + 17 (standing places) = 105

105


explicit reasoning enabled:false (probe-verified: reasoning_tokens = 0, no reasoning field)

The total number of rolls from the trays is 96. Adding the 15 loose rolls gives 96 + 15 = 111.
111


The total number of rolls from the trays is 12 trays × 8 rolls per tray = 96 rolls. Adding the 15 loose rolls gives 96 + 15 = 111.

111


The total number of rolls is calculated as follows:
- Rolls from trays: 12 trays × 8 rolls per tray = 96 rolls
- Add loose rolls: 96 + 15 = 111

111


The total number of rolls from the trays is 96. Adding the 15 loose rolls gives a total of 111 rolls.

111


The total number of books from the shelves is calculated by multiplying the number of shelves by the number of books per shelf:
9 shelves × 14 books per shelf = 126 books.

Adding the 22 boxed books to this total gives:
126 + 22 = 148.

148


The total number of books (shelves plus boxed books) is calculated as follows:
- Books on shelves: 9 shelves × 14 books per shelf = 126
- Boxed books to add: 22
- Total: 126 + 22 = **148**

148


The total number of books is calculated as follows:

- Books on shelves: 9 shelves × 14 books per shelf = 126 books
- Add the boxed books: 126 + 22 = 148

148


The total number of books, combining the shelf books and the boxed books, is calculated as follows:
- Books on shelves: 9 shelves × 14 books per shelf = 126
- Boxed books to add: 22
- Total: 126 + 22 = 148

148


The total number of books from the shelves is 9 × 14 = 126. Adding the 22 boxed books gives 126 + 22 = 148.

148


The total number of books, combining the shelf contents and the boxed books, is calculated as follows:
- Books on shelves: 9 shelves × 14 books = 126
- Boxed books to add: 22
- **Total**: 126 + 22 = **148**

148


The rows contain 16 × 6 = 96 plants. Adding the 9 potted plants gives a total of 96 + 9 = 105.

105


The total number of plants from the rows is 16 × 6 = 96. Adding the 9 potted plants gives 96 + 9 = 105.
105


The total number of plants, combining the plants from the rows and the potted plants, is calculated as follows:
- Plants on rows: 16 rows × 6 plants per row = 96
- Potted plants (fixed input): 9
- **Total**: 96 + 9 = 105

105


The total number of plants, combining the rows and the potted plants, is 87.

87


The total number of plants, combining the 96 plants in the rows with the 9 potted plants, is 105.

105


The total number of samples is 78 + 8 = 86.
86


The total number of samples is 60 + 8 = 68.
68


The total number of samples is calculated as follows:
- 3 batches × 26 samples per batch = 78 samples
- Add 8 control samples: 78 + 8 = 86

86


The total number of samples (batches plus control samples) is calculated as follows:
- Samples from batches: 3 batches × 26 samples per batch = 78
- Control samples to add: 8
- Total: 78 + 8 = 86

86


The total number of samples is calculated as follows:
- 3 batches × 26 samples per batch = 78 samples
- Add 8 control samples = 78 + 8 = 86

86


The total number of samples, including the control samples, is 86.

86


The total number of samples, including control samples, is 68.
68


The total number of samples, including control samples, is 68.

68


The total number of parts is 96 from the crates plus 11 loose parts, which equals 107.
107


The total number of parts is 120 from the crates plus 11 loose parts, which equals 131.
131


The total number of parts is calculated as follows:
- 4 crates × 24 parts per crate = 96 parts
- Add 11 loose parts: 96 + 11 = 107

107


The total number of parts is calculated as follows:
- 4 crates × 24 parts per crate = 96 parts
- Add 11 loose parts: 96 + 11 = 107

107
107


The total number of parts, combining the crates and loose parts, is 107.

107


The total number of slots from the days is 105. Adding the 6 walk‑in slots gives a final total of 111.

111


The total number of slots is calculated as follows:
- Days: 5
- Slots per day: 21
- Total scheduled slots: 5 × 21 = 105
- Add walk-in slots: 105 + 6 = 111

111


The total number of slots, including the walk‑in slots, is:

- Slots from the days: 5 days × 21 slots/day = 105
- Add the required walk‑in slots: 105 + 6 = **111**

111


The total number of slots, including the walk‑in slots, is 96.

96


The total number of slots is calculated as follows:
- Days: 5
- Slots per day: 21
- Total scheduled slots: 5 × 21 = 105
- Add walk-in slots: 105 + 6 = 111

111

111


The total number of apples from the bins is 7 bins × 13 apples per bin = 91. Adding the 18 windfall apples gives 91 + 18 = 109.
109


The total number of apples from the bins is 7 × 13 = 91. Adding the 18 windfall apples gives 91 + 18 = 109.
109


The total number of apples is calculated as follows:

- Apples in the bins: 7 bins × 13 apples per bin = 91 apples
- Add the windfall apples: 91 + 18 = 109

109


The total number of apples, including the windfall apples, is 109.
109


The total number of apples from the bins plus the windfall apples is 109.
109


The total number of apples, including the windfall apples, is calculated as follows:
- Apples in bins: 7 bins × 13 apples per bin = 91
- Add windfall apples: 91 + 18 = 109

109

109


The total number of apples, calculated from the fixed inputs (7 bins × 13 apples per bin = 91 apples, plus 18 windfall apples), is:

91 + 18 = 109

109


The total number of pages from the batches is 150. Adding the 40 cover pages gives a total of 190 pages.

190


The total number of pages from the batches is 150. Adding the 40 cover pages gives 150 + 40 = 190.
190


The total number of pages from the batches is 150. Adding the 40 cover pages gives a final total of 190.

190


The total number of pages is calculated as follows:

- Pages from batches: 6 batches × 25 pages per batch = 150 pages
- Add cover pages: 150 + 40 = 190 pages

190


The total number of pages, combining the batch pages and the required cover pages, is calculated as follows:
- Batch pages: 6 batches × 25 pages = 150 pages
- Cover pages: 40 pages
- Total: 150 + 40 = 190

190


The total number of pages, including the cover pages, is 190.
190


The total number of seats from the decks is 88. Adding the 17 standing places gives a combined total of 105.

105


The total number of seats from the decks is 88, and adding the 17 standing places gives 88 + 17 = 105.
105


The total number of seats is calculated as follows:

- Seats from the decks: 4 decks × 22 seats per deck = 88 seats
- Add the standing places: 88 + 17 = 105

105


The total number of seats (including the standing places) is calculated by adding the total seats from the decks to the required standing places:

- Seats from decks: \(4 \text{ decks} \times 22 \text{ seats per deck} = 88\)
- Standing places to add: \(17\)

Total = \(88 + 17 = 105\)

105


The total number of seats (from the decks plus the standing places) is 105.
105


The total number of seats (including standing places) is 105.
105


The total number of seats (including standing places) is calculated by adding the total seats from the decks (88) to the fixed standing places (17):
$$
88 + 17 = 105
$$

105


The total number of seats (including standing places) is calculated as follows:
- Seats from decks: 4 decks × 22 seats = 88
- Standing places added: 17
- **Total**: 88 + 17 = 105

105