The specific heat capacity of metal B is twice that of the specific heat capacity of metal A. If you have samples of metals A and B that have the same mass and the same initial temperature, then which statement is true regarding the metals? You may assume that no phase changes occur during these processes.
We cannot make definitive statements of heat transfer and temperature for these metals without knowing their relative densities.
If the same amount of heat is supplied to both samples, then the final temperature of metal B will be greater than that of metal A.
It will take twice as much heat to cause a 10°C temperature change in the sample of metal B than in the sample of metal A.
More heat must be removed from sample A to cause the same decrease in temperature as for metal B.
If two times more heat is supplied to metal A than to metal B, then the two samples will have the same final temperature.