Problem 1: (a) Large beds of rocks are used in some solar-heated homes to store heat. Assume that the specific heat of the rocks is 0.82 J/g-K. Calculate the quantity of heat absorbed by 50.0 kg of rocks if their temperature increases by 12.0 °C. (b) What temperature change would these rocks undergo if they emitted 450 kJ of heat?
Problem 1: (a) Large beds of rocks are used in some solar-heated homes to store heat. Assume that the specific heat of the rocks is 0.82 J/g-K. Calculate the quantity of heat absorbed by 50.0 kg of rocks if their temperature increases by 12.0 °C. (b) What temperature change would these rocks undergo if they emitted 450 kJ of heat?
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![Problem 1: (a) Large beds of rocks are used in some solar-heated
homes to store heat. Assume that the specific heat of the rocks is 0.82
J/g-K. Calculate the quantity of heat absorbed by 50.0 kg of rocks if
their temperature increases by 12.0 °C. (b) What temperature change
would these rocks undergo if they emitted 450 kJ of heat?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fec62ed82-b430-4301-a3f0-4d767cb9e78a%2F2ebf3e3a-a23c-45f4-964a-569840b35510%2Fwk37n1d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 1: (a) Large beds of rocks are used in some solar-heated
homes to store heat. Assume that the specific heat of the rocks is 0.82
J/g-K. Calculate the quantity of heat absorbed by 50.0 kg of rocks if
their temperature increases by 12.0 °C. (b) What temperature change
would these rocks undergo if they emitted 450 kJ of heat?
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