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Physics
Thermodynamics
Heat Transfer
a 57 g of copper is at 12 degrees celsius, if 1012 J of energy is added to the copper, what is the final temperature of the copper?
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a 57 g of copper is at 12 degrees celsius, if 1012 J of energy is added to the copper, what is the final temperature of the
Top answer:
Add 1012/(C*M) to 12 degC C = specific heat of copper, 0.386 J/g*degC M = 57 g I get 12 + 46 = 58
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What amount of Heat is needed to increase the temperature of 95.3 g of copper from 25.0 degrees celsius to 48 degrees celsius?
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See your post above and please use he same screen name.
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what amount of heat is needed to increase the temperature of 95.3g of copper from 25 degrees Celsius to 48 degrees Celsius? The
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Assuming you mean Cp = 0.387 J/g*C, then q = mass Cu x specific heat Cu x (Tfinal-Tintial)
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a piece of copper at 120 degrees celsius has exactly twice the mass of another piece of copper at 40 degrees celsius. The two
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