Solved

Object A, with Heat Capacity CA and Initially at Temperature

Question 82

Multiple Choice

Object A, with heat capacity CA and initially at temperature TA, is placed in thermal contact with object B, with heat capacity CB and initially at temperature TB.The combination is thermally isolated.If the heat capacities are independent of the temperature and no phase changes occur, the final temperature of both objects is:


A) (CATA - CBTB) /(CA + CB)
B) (CATA + CBTB) /(CA + CB)
C) (CATA - CBTB) /(CA - CB)
D) Object A, with heat capacity C<sub>A</sub> and initially at temperature T<sub>A</sub>, is placed in thermal contact with object B, with heat capacity C<sub>B</sub> and initially at temperature T<sub>B</sub>.The combination is thermally isolated.If the heat capacities are independent of the temperature and no phase changes occur, the final temperature of both objects is: A) (C<sub>A</sub>T<sub>A</sub> - C<sub>B</sub>T<sub>B</sub>) /(C<sub>A</sub> + C<sub>B</sub>) B) (C<sub>A</sub>T<sub>A</sub> + C<sub>B</sub>T<sub>B</sub>) /(C<sub>A</sub> + C<sub>B</sub>) C) (C<sub>A</sub>T<sub>A</sub> - C<sub>B</sub>T<sub>B</sub>) /(C<sub>A</sub> - C<sub>B</sub>) D) E)
E) Object A, with heat capacity C<sub>A</sub> and initially at temperature T<sub>A</sub>, is placed in thermal contact with object B, with heat capacity C<sub>B</sub> and initially at temperature T<sub>B</sub>.The combination is thermally isolated.If the heat capacities are independent of the temperature and no phase changes occur, the final temperature of both objects is: A) (C<sub>A</sub>T<sub>A</sub> - C<sub>B</sub>T<sub>B</sub>) /(C<sub>A</sub> + C<sub>B</sub>) B) (C<sub>A</sub>T<sub>A</sub> + C<sub>B</sub>T<sub>B</sub>) /(C<sub>A</sub> + C<sub>B</sub>) C) (C<sub>A</sub>T<sub>A</sub> - C<sub>B</sub>T<sub>B</sub>) /(C<sub>A</sub> - C<sub>B</sub>) D) E)

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q77: In the figure, a gas undergoes a

Q78: The diagram shows four slabs of different

Q79: In a constant-volume process with a gas,<br>A)no

Q80: The diagram shows four rectangular plates and

Q81: Take the mechanical equivalent of heat as

Q83: In an adiabatic process:<br>A)the energy absorbed as

Q84: In a certain process a gas ends

Q85: A balloon is filled with cold air

Q86: The "triple point" of a substance is

Q87: Which of the following statements pertaining to