Water has a higher specific heat than mercury. All of the following statements are consistent EXCEPT? It takes more heat to warm one pound of water by 15°C than to warm the same mass of mercury by A) 15°C. More heat will be given off when one pound of water is cooled by 15°C than when the same mass of (B mercury is cooled by 15°C. One pound of water cooled from 80°C to 20°C will give off the same amount of heat as one pound of mercury cooled between the same temperatures. If one pound of mercury and one pound of water initially at the same temperature are each exposed to the same amount of heat, the temperature of the mercury will rise more. E) All of these are true

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Chapter6: Thermochemisty
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Problem 6.106QP: The specific heat of copper metal was determined by putting a piece of the metal weighing 35.4 g in...
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Water has a higher specific heat than mercury. All of the following statements are consistent EXCEPT?
It takes more heat to warm one pound of water by 15°C than to warm the same mass of mercury by
A
15°C.
More heat will be given off when one pound of water is cooled by 15°C than when the same mass of
(B
mercury is cooled by 15°C.
One pound of water cooled from 80°C to 20°C will give off the same amount of heat as one pound of
mercury cooled between the same temperatures.
If one pound of mercury and one pound of water initially at the same temperature are each exposed
to the same amount of heat, the temperature of the mercury will rise more.
E) All of these are true
Transcribed Image Text:Water has a higher specific heat than mercury. All of the following statements are consistent EXCEPT? It takes more heat to warm one pound of water by 15°C than to warm the same mass of mercury by A 15°C. More heat will be given off when one pound of water is cooled by 15°C than when the same mass of (B mercury is cooled by 15°C. One pound of water cooled from 80°C to 20°C will give off the same amount of heat as one pound of mercury cooled between the same temperatures. If one pound of mercury and one pound of water initially at the same temperature are each exposed to the same amount of heat, the temperature of the mercury will rise more. E) All of these are true
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