The statement that would be true of the temperature after some time has passed is D. Heat will flow from Object B to Object A.
What happens to the other object as regards heat ?
The direction of heat flow between two objects depends on the temperature difference between them. Heat flows from hotter objects to cooler objects.
In this scenario:
Object A has a temperature of 1 T.
Object B has a temperature of 2 T.
Since Object B is hotter (2 T) than Object A (1 T), heat will naturally flow from Object B to Object A.
This is based on the second law of thermodynamics, which states that heat energy spontaneously flows from regions of higher temperature to regions of lower temperature until thermal equilibrium is reached.
The full question is:
Two objects are placed touching each other. Object A has a temperature of 1 T and Object B has a temperature of 2 T. What will be true after some time has passed?
A. Object A will possess more heat than it did at the beginning.
B. Object B will lose more heat than Object A gains.
C. Heat will flow from Object A to Object B.
D. Heat will flow from Object B to Object A.