6. (14.21) A 0.095-kg aluminium sphere is dropped from the roof of a 55-m-high building. If 65% of the thermal energy produced when it hits the ground is absorbed by the sphere, what is its temperature increase?

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Chapter5: Temperature And Heat
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Problem 13P: - (a) Compute the amount of heat needed to raise the temperature of 1 kg of water from its freezing...
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6. (14.21) A 0.095-kg aluminium sphere is dropped from the roof of a 55-m-high building. If
65% of the thermal energy produced when it hits the ground is absorbed by the sphere,
what is its temperature increase?
7. (14.31) Determine the latent heat of fusion of mercury using the following calorimeter
data: 1.00 kg of solid Hg at its melting point of -39.0°C is placed in a 0.620-kg aluminum
calorimeter with 0.400 kg of water at 12.80°C; the resulting equilibrium temperature is
5.06°C.
Transcribed Image Text:6. (14.21) A 0.095-kg aluminium sphere is dropped from the roof of a 55-m-high building. If 65% of the thermal energy produced when it hits the ground is absorbed by the sphere, what is its temperature increase? 7. (14.31) Determine the latent heat of fusion of mercury using the following calorimeter data: 1.00 kg of solid Hg at its melting point of -39.0°C is placed in a 0.620-kg aluminum calorimeter with 0.400 kg of water at 12.80°C; the resulting equilibrium temperature is 5.06°C.
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