The scenario that could be represented by the flow diagram (light energy → chemical potential energy) is "A plant absorbs light energy and stores energy in its leaves through photosynthesis".

This is because during photosynthesis, plants absorb light energy from the sun and convert it into chemical potential energy, which is stored in the form of glucose (a type of sugar) in their leaves. This process is a direct match to the flow diagram.

The other scenarios do not fit the flow diagram:

1. "Sunlight is absorbed by a brick wall, making it warm" - This involves the conversion of light energy into thermal energy, not chemical potential energy.

2. "A solar panel collects light energy and converts it into electricity" - This involves the conversion of light energy into electrical energy, not chemical potential energy.

3. "A battery is used to power a light bulb" - This involves the conversion of chemical potential energy into electrical energy and then into light energy, which is the reverse of the flow diagram.

Question

The scenario that could be represented by the flow diagram (light energy → chemical potential energy) is "A plant absorbs light energy and stores energy in its leaves through photosynthesis".

This is because during photosynthesis, plants absorb light energy from the sun and convert it into chemical potential energy, which is stored in the form of glucose (a type of sugar) in their leaves. This process is a direct match to the flow diagram.

The other scenarios do not fit the flow diagram:

1. "Sunlight is absorbed by a brick wall, making it warm" - This involves the conversion of light energy into thermal energy, not chemical potential energy.

2. "A solar panel collects light energy and converts it into electricity" - This involves the conversion of light energy into electrical energy, not chemical potential energy.

3. "A battery is used to power a light bulb" - This involves the conversion of chemical potential energy into electrical energy and then into light energy, which is the reverse of the flow diagram.

Knowee AI · Accepted Answer

The scenario that could be represented by the flow diagram (light energy → chemical potential energy) is "A plant absorbs light energy and stores energy in its leaves through photosynthesis".

This is because during photosynthesis, plants absorb light energy from the sun and convert it into chemical potential energy, which is stored in the form of glucose (a type of sugar) in their leaves. This process is a direct match to the flow diagram.

The other scenarios do not fit the flow diagram:

1. "Sunlight is absorbed by a brick wall, making it warm" - This involves the conversion of light energy into thermal energy, not chemical potential energy.

2. "A solar panel collects light energy and converts it into electricity" - This involves the conversion of light energy into electrical energy, not chemical potential energy.

3. "A battery is used to power a light bulb" - This involves the conversion of chemical potential energy into electrical energy and then into light energy, which is the reverse of the flow diagram.

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