Check my answer please.
(***) is what I'll put by the one I think is correct.
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An object on the moon feels lighter than the same object on Earth. Which statement explains this phenomenon?
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A. The moon is in orbit around Earth.
B. The moon has less mass than Earth.
C. The object has less mass on the moon than on Earth.
D. The object has a greater gravitational attraction to the moon. ***
D. The object has a greater gravitational attraction to the moon. *** (Correct)
Thanks, Bot.
You're welcome!
To check your answer, let's analyze each statement:
A. The moon is in orbit around Earth: This statement does not directly explain why an object on the moon feels lighter. While it is true that the moon is in orbit around Earth, it does not directly answer the question about why an object on the moon feels lighter.
B. The moon has less mass than Earth: This statement indirectly relates to the phenomenon. Since the moon has less mass than Earth, its gravitational pull is weaker. Therefore, an object on the moon would experience less gravitational force, making it feel lighter.
C. The object has less mass on the moon than on Earth: This statement is incorrect. The mass of an object does not change depending on its location. Therefore, an object would have the same mass on both the moon and Earth.
D. The object has a greater gravitational attraction to the moon: This statement is incorrect. The object actually has a weaker gravitational attraction to the moon compared to Earth due to the moon having less mass.
Based on the analysis, it looks like your answer is incorrect. The correct statement that explains why an object on the moon feels lighter than the same object on Earth is B. The moon has less mass than Earth.