Asked by Amanda
A chunk of 0 C ice, mass 145g, is dropped into 75g of water at 62 C. The heat of the fusion of water is 335J/g. What is the result after thermal equlibrium is attained?
Answers
Answered by
DrBob222
I would check to see how much heat is required to change T of H2O from 62 to zero. mass H2O x specific heat water x delta T.
Then see if you have that much heat from melting the ice.
mass ice x heat fusion = ??
I thin you will have ice left over with ice at zero and water at zero. You figure how much ice is left. Post your work if you get stuck.
Then see if you have that much heat from melting the ice.
mass ice x heat fusion = ??
I thin you will have ice left over with ice at zero and water at zero. You figure how much ice is left. Post your work if you get stuck.
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