I. Energy and Specific Heat 1) Calculate the energy required to raise the temperature of 7870 cg of copper from 45.0 oC to 85.5 oC. 2) The energy required to change the temperature of a sample of water from 45.0 oC to 95.5 oC is 760 J. Calculate the mass of water in mg. 3) Calculate the energy required to convert all 15.0 g of ice to water (liquid) at its melting point – Show all your work.

College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Note: Please show all work and calculation setups to get full credit. T. he following may be used on this assignment: specific heat of (water=4.184 J/g oC; ice=2.03 J/g oC; steam=1.99 184 J/g oC); heat of fusion of water=80. cal/g; heat of vaporization=540 cal/g; 1cal=4.184J.

 

III. Energy and Specific Heat
1) Calculate the energy required to raise the temperature of 7870 cg of copper from 45.0 oC to 85.5 oC.
2) The energy required to change the temperature of a sample of water from 45.0 oC to 95.5 oC is 760 J. Calculate the mass of water in mg.
3) Calculate the energy required to convert all 15.0 g of ice to water (liquid) at its melting point – Show all your work.
4) Calculate the energy required (in J) to convert 25 g of ice at -15 oC to water at 75 oC.
 
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