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10 Nov 2019
Equal mass samples of gold and aluminum (at the same initial temperature) absorb 200 J of heat. If the sample of aluminum reaches a lower final temperature than the sample of gold does, what is then true? A. Aluminum has a lower specific heat than gold - less heat is required to raise the temperature of the aluminum sample. B. Aluminum has a higher specific heat than gold - less heat is required to raise the temperature of the aluminum sample. C. Gold has a lower specific heat than aluminum - less heat is required to raise the temperature of the gold sample. D. Gold has a higher specific heat than aluminum - less heat is required to raise the temperature of the gold sample.
Equal mass samples of gold and aluminum (at the same initial temperature) absorb 200 J of heat. If the sample of aluminum reaches a lower final temperature than the sample of gold does, what is then true? A. Aluminum has a lower specific heat than gold - less heat is required to raise the temperature of the aluminum sample. B. Aluminum has a higher specific heat than gold - less heat is required to raise the temperature of the aluminum sample. C. Gold has a lower specific heat than aluminum - less heat is required to raise the temperature of the gold sample. D. Gold has a higher specific heat than aluminum - less heat is required to raise the temperature of the gold sample.
Elin HesselLv2
3 Jun 2019