The temperature is higher inside a greenhouse than outside because of the conversion of F radiant energy into thermal energy G thermal energy into light energy H nuclear energy into thermal energy electrical energy into thermal energy F G H J

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The temperature is higher inside a greenhouse than outside because of the conversion of F radiant energy into thermal energy G thermal energy into light energy H nuclear energy into thermal energy electrical energy into thermal energy F G H J

Answer 1

The greenhouse effect is a natural process that warms the Earth's surface. It occurs when certain gases in the Earth's atmosphere trap heat. These gases let in light but keep heat from escaping, like the glass walls of a greenhouse, thus the name. Radiant energy from the sun in the form of light passes through the transparent walls of a greenhouse and is absorbed by the plants and other objects inside. Once absorbed, this light energy is converted into thermal energy (heat), which warms the greenhouse. The glass or plastic walls and roof of the greenhouse then trap this heat, preventing it from escaping, which is why greenhouses maintain a higher internal temperature. The correct option that describes this transformation is: F) Radiant energy into thermal energy. None of the other options describe the process accurately: G) Thermal energy is not typically converted into light energy in a greenhouse. H) Nuclear energy is not directly involved in the heating of a greenhouse. J) Electrical energy is not being converted into thermal energy to explain the warmth in a greenhouse in this context. Therefore, the answer is F.

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The temperature is higher inside a greenhouse than outside because of the conversion of F radiant energy into thermal energy G thermal energy into light energy H nuclear energy into thermal energy electrical energy into thermal energy F G H J

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