images images listlengths 1 1 | problem stringlengths 55 554 | answer stringlengths 1 273 |
|---|---|---|
<image>Question: <image>How many C are there in butane?
Choices:
4
5
3
6 | 3 | |
<image>Question: <image>How many hydrogen atoms are in butane?
Choices:
8
14
12
10 | 10 | |
<image>Question: <image>How many carbon atoms are there in butane?
Choices:
5
3
4
6 | 4 | |
<image>Question: <image>What would happen to the boiling point of alkanes as the number of carbon atoms per molecule increases?
Choices:
The boiling point does not change even if the number of carbon atom increases.
The boiling point is doubled every time the number of carbon atom increases.
The boiling point decreases as the number of carbon atom increases.
The boiling point increases as the number of carbon atom increases. | The boiling point increases as the number of carbon atom increases. | |
<image>Question: <image>How many carbon atoms are present in (b)?
Choices:
9
11
12
10 | 10 | |
<image>Question: <image>How many more double bonds than saturated fatty acid does unsaturated fatty acid have?
Choices:
4
2
3
1 | 1 | |
<image>Question: <image>What is the difference between the saturated and unsaturated hydrocarbon?
Choices:
nothing
saturated has triple bond Carbon
unsaturated has double bond carbon
saturated has double bond Carbon | unsaturated has double bond carbon | |
<image>Question: <image>How many carbon atoms are there in propane?
Choices:
4
3
2
5 | 3 | |
<image>Question: <image>How many hydrogen atoms are there in methane?
Choices:
4
2
1
3 | 4 | |
<image>Question: <image>What has each formula going down the list gained?
Choices:
One oxygen
One hydrogen
Three carbons
Two hydrogen | Two hydrogen | |
<image>Question: <image>How many hydrogen atoms make up methane?
Choices:
2
5
4
3 | 4 | |
<image>Question: <image>How many Hydrogen Atoms are there in methane?
Choices:
2
4
8
6 | 4 | |
<image>Question: <image>How many carbon atoms are there in ethane?
Choices:
3
4
1
2 | 2 | |
<image>Question: <image>The figures below represent which type of bond?
Choices:
cycloalkanes
Alkynes
alkenes
aromatic hydrocarbons | Alkynes | |
<image>Question: <image>How many carbon atoms are there in 1-Hexyne?
Choices:
5
7
6
3 | 6 | |
<image>Question: <image>How many carbon atoms are there in 2-hexyne?
Choices:
4
7
6
5 | 6 | |
<image>Question: <image>What compound is needed to create ethanol out of methanol?
Choices:
Methylene CH2
Methylidyne CH
Carbide C
Methyl CH3 | Methylene CH2 | |
<image>Question: <image>What connects C to OH?
Choices:
chemical bond'
line
physical bond
bond | chemical bond' | |
<image>Question: <image>How many hydrogen atoms are present in ethanol?
Choices:
5
4
6
3 | 5 | |
<image>Question: <image>What type of alkane is Pentane?
Choices:
Isopentane
Cyclic Alkane
Branched Chain Alkane
Straight-Chain Alkane | Straight-Chain Alkane | |
<image>Question: <image>How many carbon atoms are found in a molecule of Isopentane?
Choices:
12
8
4
5 | 5 | |
<image>Question: <image>How many saturated hydrocarbons are shown?
Choices:
1
2
5
3 | 3 | |
<image>Question: <image>How many carbon atoms are there in pentane?
Choices:
4
6
5
3 | 5 | |
<image>Question: <image>The following structures of pentane are what?
Choices:
Isomers
Cyclic
Alkene
Chiral | Isomers | |
<image>Question: <image>How many carbons and hydrogen are in this diagram?
Choices:
15 and 36
10 and 30
17 and 35
2 and 1 | 17 and 35 | |
<image>Question: <image>Identify the hydrocarbon that consists of triple bond between two carbon atoms.
Choices:
unsaturated hydrocarbon
none
saturated hydrocarbon
both saturated and unsaturated hydrocarbon | unsaturated hydrocarbon | |
<image>Question: <image>How many bonds the carbon has to make to be stable?
Choices:
5
3
4
6 | 4 | |
<image>Question: <image>How many carbon atoms are there in a saturated hydrocarbon?
Choices:
1
3
4
2 | 3 | |
<image>Question: <image>A saturated hydrocarbon with three carbon atoms has how many hydrogen atoms in the molecule?
Choices:
7
6
4
8 | 8 | |
<image>Question: <image>How many carbon molecules are present?
Choices:
five
two
four
eight | four | |
<image>Question: <image>How many carbon atoms are in the diagram?
Choices:
4
3
1
2 | 4 | |
<image>Question: <image>How many carbon atoms does cyclobutane have?
Choices:
4
8
1
12 | 4 | |
<image>Question: <image>How many hydrogen atoms does cyclobutane have?
Choices:
4
6
8
10 | 8 | |
<image>Question: <image>How many links are present with each Carbon atom?
Choices:
3
2
1
4 | 4 | |
<image>Question: <image>From the diagram, identify the smallest alkane.
Choices:
butane
ethane
propane
methane | ethane | |
<image>Question: <image>How many carbon atoms are needed to form propane?
Choices:
3
4
1
2 | 3 | |
<image>Question: <image>How many carbon atoms does propane have?
Choices:
2
1
3
4 | 3 | |
<image>Question: <image>How many maximum bonds can carbon have?
Choices:
3
4
2
5 | 4 | |
<image>Question: <image>Does cellular respiration require energy directly from the sun?
Choices:
occasionally
yes
only when it is sunny
no | no | |
<image>Question: <image>Identify the photosynthesis' product referred as the letter B on the diagram.
Choices:
Water.
Oxygen.
Glucose.
Carbon dioxide. | Glucose. | |
<image>Question: <image>What is produced from Photosynthesis?
Choices:
Heat energy
Sun
Cellular respiration
Air | Heat energy | |
<image>Question: <image>What occurs after photosynthesis in this diagram?
Choices:
Sunlight
Cellular respiration
Heat energy
ATP | Cellular respiration | |
<image>Question: <image>What are the byproducts of animal cellular respiration in producing ATP?
Choices:
oxygen and glucose
carbon dioxide and chloroplast
oxygen and nitrogen
Carbon Dioxide and water | Carbon Dioxide and water | |
<image>Question: <image>What is considered a by-product during photosynthesis?
Choices:
carbon dioxide
glucose
oxygen
water | oxygen | |
<image>Question: <image>Which of the following does photosynthesis make?
Choices:
carbon dioxide
light energy
water
Glucose | Glucose | |
<image>Question: <image>Where does light energy go to?
Choices:
Mitochondrion
Chloroplast
Energy
Cellular respiration | Chloroplast | |
<image>Question: <image>Which element is called CO?
Choices:
Carbon Dioxide
Ozone
Hydrogen Dioxide
Carbon Oxide | Carbon Oxide | |
<image>Question: <image>Carbon dioxide and water are produced by this.
Choices:
chloroplast
mitochondion
ATP
sun | mitochondion | |
<image>Question: <image>Which compound is C6H12O6?
Choices:
Glucose
Water
Carbon Dioxide
Oxygen | Glucose | |
<image>Question: <image>How many Carbon Dioxides are sent from the Mitochondrion to the Chloroplast in this diagram?
Choices:
2
6
4
1 | 6 | |
<image>Question: <image>How do living things get energy from glucose?
Choices:
through other dead plant
through photosynthesis
Through cellular respiration
from the sun | Through cellular respiration | |
<image>Question: <image>What do plants let out in order for cellular respiration to occur?
Choices:
Glucose and oxygen
Sunlight
Carbon dioxide and water
Heat | Glucose and oxygen | |
<image>Question: <image>Which Process Produces Oxygen & Glucose?
Choices:
Sunlight
Cellular Respiration
Photosynthesis
Plant Cell | Photosynthesis | |
<image>Question: <image>How many phases are there in photosynthesis and cellular respiration?
Choices:
9
6
7
8 | 6 | |
<image>Question: <image>What would happen if the rabbit expelled oxygen instead of carbon dioxide?
Choices:
The plant will need more water to live.
The rabbit will be able to make its own glucose.
The plant will become healthier.
The plant will not be able to synthesize glucose. | The plant will not be able to synthesize glucose. | |
<image>Question: <image>The process of glycolysis transforms glucose into what substance?
Choices:
NADH
Citric acid
Pyruvate
FADH2 | Pyruvate | |
<image>Question: <image>What would happen if there is no ADP available for the cells to uptake?
Choices:
the cell would function normally
The cell would swell.
The cell could not respire.
The cell would reproduce | The cell could not respire. | |
<image>Question: <image>What are the outputs of the Citric acid cycle?
Choices:
CO2 and 34ATP
CO2
O2 and CO2
CO2 and 2ATP | CO2 | |
<image>Question: <image>Which metabolic process supplies carbon precursors directly to the Electron Transport Chain?
Choices:
Glycolysis
Cytoplasm
Mitochondria
Citric Acid Cycle | Citric Acid Cycle | |
<image>Question: <image>How many times is Oxygen shown in this diagram?
Choices:
1
4
2
3 | 2 | |
<image>Question: <image>What cycle converts Oxygen to Carbon Dioxide in a cytoplasm with the help of Adenosine Triphosphate?
Choices:
Through Glycogenesis.
Through Glyconeogenesis.
Through Glycolysis.
Through the Citric Acid Cycle. | Through the Citric Acid Cycle. | |
<image>Question: <image>How are electrons transferred to the cell?
Choices:
NADH
ATP
Citric Acid Cycle
Glycolysis | NADH | |
<image>Question: <image>What is the process between the Electron transport chain and the Glycolysis?
Choices:
Oxygen
Citric acid cycle
Glucose
Electrons transferred by NADH | Electrons transferred by NADH | |
<image>Question: <image>The Electron Transport Chain produces what products?
Choices:
Produces ATP
Produce pyruvate
Produce glucose
Breaks down ATP | Produces ATP | |
<image>Question: <image>How are the electrons carried to be used in the citric acid cycle?
Choices:
Via oxidation
Via Mitochondrion
Via NADH and FADH2
Via glycolysis | Via NADH and FADH2 | |
<image>Question: <image>Which substance is produced by oxidative phosphorylation?
Choices:
Citric acid
ATP
Pyruvate
Glucose | ATP | |
<image>Question: <image>At how many stages during cellular respiration ATP is produced?
Choices:
6
2
3
1 | 3 | |
<image>Question: <image>How many times is ATP shown in this diagram?
Choices:
1
4
3
2 | 3 | |
<image>Question: <image>What happens to cytosol after it goes through glycolysis?
Choices:
evaporates
goes through citric acid cycle
nothing
it goes through substrate level phosphorylation | it goes through substrate level phosphorylation | |
<image>Question: <image>Which part of the diagram represents energy?
Choices:
3
4
2
1 | 2 | |
<image>Question: <image>It is the site of the electron transport chain wherein a proton potential is created that helps power the ATP formation
Choices:
Carbon Dioxide
Mitochondrion
Kreb's Cycle
Inner Membrane | Inner Membrane | |
<image>Question: <image>What is produced in the Krebs Cycle that is needed in Electron Transport?
Choices:
Water
Oxygen
Energy
Carbon dioxide | Energy | |
<image>Question: <image>Where does the electron transport process take place?
Choices:
Inner Membrane
ATP
Glycolysis
Cytoplasm | Inner Membrane | |
<image>Question: <image>How many steps are shown within the two stages of the diagram?
Choices:
1
4
2
3 | 4 | |
<image>Question: <image>Where does the energy come from during step 3?
Choices:
ATP
Glycolysis
Electron
Mitochondrion | Glycolysis | |
<image>Question: <image>Where does the process of glycolysis take place?
Choices:
Cytoplasm
NADH
Mitochondrion outer membrane
Mitochondrion inner membrane | Cytoplasm | |
<image>Question: <image>How much oxygen are in glucose?
Choices:
3
7
6
1 | 6 | |
<image>Question: <image>How many total ATP are shown in this diagram?
Choices:
40
30
20
10 | 40 | |
<image>Question: <image>What happens to glucose after Glycolysis?
Choices:
Krebs Cycle
Nothing
Is broken down by enzymes, releasing energy and pyruvic acid.
the biochemical processes of respiration and energy production occur | Is broken down by enzymes, releasing energy and pyruvic acid. | |
<image>Question: <image>Which label represents a plane mirror?
Choices:
R
K
V
H | V | |
<image>Question: <image>Which label shows the Angle of reflection?
Choices:
V
H
K
R | R | |
<image>Question: <image>Which label marks the angle of reflection?
Choices:
R
M
N
H | M | |
<image>Question: <image>Where's the angle of incidence?
Choices:
M
Y
N
R | R | |
<image>Question: <image>Where is the incident ray?
Choices:
N
Y
M
H | Y | |
<image>Question: <image>Which letter represents the “Angle of incidence”
Choices:
A
H
T
U | T | |
<image>Question: <image>Identify the incident ray in the following image:
Choices:
A
H
U
W | H | |
<image>Question: <image>Which phenomena is shown in the picture?
Choices:
DIFFUSION
PARTIAL REFLECTION
FULL REFLECTION
DIFFRACTION | FULL REFLECTION | |
<image>Question: <image>Which label refers to the incident ray?
Choices:
E
F
T
Y | Y | |
<image>Question: <image>Which label shows the Incident Ray?
Choices:
E
Y
W
M | Y | |
<image>Question: <image>Identify the incident ray
Choices:
A
N
D
Y | Y | |
<image>Question: <image>Which label refers to the mirror?
Choices:
D
L
Y
A | L | |
<image>Question: <image>What phenomena can you see in the diagram?
Choices:
REFLECTION
DIFFUSION
REFRACTION
ECHO | REFLECTION | |
<image>Question: <image>Where is the refracted ray in this picture?
Choices:
H
K
J
A | J | |
<image>Question: <image>The reflective ray is being illustrated by which letter?
Choices:
K
H
I
K | K | |
<image>Question: <image>By what letter is the angle of reflection represented in the diagram?
Choices:
C
K
S
D | D | |
<image>Question: <image>Which is the incident angle?
Choices:
H
S
T
D | T | |
<image>Question: <image>How many colors of arrows are shown in the picture?
Choices:
3
1
4
2 | 2 | |
<image>Question: <image>What would happen to image if there was no plane mirror?
Choices:
image would be formed far from the object
image would be formed near the eye
image would be formed right before object
no image would be formed | no image would be formed | |
<image>Question: <image>How many focal points are shown in this diagram?
Choices:
2
3
4
1 | 2 | |
<image>Question: <image>How many focus point are there in a single convex lens as shown in diagram?
Choices:
1
3
2
4 | 2 |
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