The following questions often assume that a truncated table of standard-state thermodynamic data is attached to the exam.
Specific Heat and Heat Capacity
-A piece of copper metal weighing 145 grams was heated to 100°C and then dropped into 250 grams of water at 25°C. The copper metal cooled down and the water became warmer until both were at a temperature of 28.8°C. Calculate the amount of heat absorbed by the water. Assuming that the heat lost by the copper was absorbed by the water, what is the molar heat capacity of copper metal?
(C_H₂_O = 75.376 )

Question

The following questions often assume that a truncated table of standard-state thermodynamic data is attached to the exam.
Specific Heat and Heat Capacity
-A piece of copper metal weighing 145 grams was heated to 100°C and then dropped into 250 grams of water at 25°C. The copper metal cooled down and the water became warmer until both were at a temperature of 28.8°C. Calculate the amount of heat absorbed by the water. Assuming that the heat lost by the copper was absorbed by the water, what is the molar heat capacity of copper metal?
(C_H₂_O = 75.376

)

Quizplus · Accepted Answer

The Answer of The following questions often assume that a truncated table of standard-state thermodynamic data is attached to the exam. Specific Heat and Heat Capacity -A piece of copper metal weighing 145 grams was heated to 100°C and then dropped into 250 grams of water at 25°C. The copper metal cooled down and the water became warmer until both were at a temperature of 28.8°C. Calculate the amount of heat absorbed by the water. Assuming that the heat lost by the copper was absorbed by the water, what is the molar heat capacity of copper metal? (C_H₂_O = 75.376 )

The Following Questions Often Assume That a Truncated Table of Standard-State