Respuesta :
I think the answer for this would be that the temperature of the metal changed the most as compared to the temperature of the water. However, the amount of heat being lost and gained by the metal and the water would be the same. This is by virtue of the law of conservation of energy.
The temperature of the metal changes more than the temperature of the water. however, the energy of the system has been transferred from the metal to the water.
The complete question has the details about the change in the temperature in the system.
The amount of heat required to raise the temperature of the system by 1 degree Celsius has been termed as the heat capacity of the system.
The temperature of the water has been rosed from 22 to 35 [tex]\rm ^\circ\;C[/tex].
According to the law of conservation of energy, the energy cannot be created nor be destroyed.
Thus, in the container, the heat energy of the system has been preserved and the energy is transformed from the sample to the water.
The change in the temperature of water is 16[tex]\rm ^\circ\;C[/tex], and the change in the metal temperature is 65[tex]\rm ^\circ\;C[/tex].
Thus, the temperature of the metal changes more than the temperature of the water. however, the energy of the system has been transferred from the metal to the water.
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