Two identical objects A and B are at temperatures `T_A` and `T_B`. Respectively. Both objects are placed in a room with perfectly absorbing walls maintained at a temperature `T(T_AgtTgtT_B)`. The objects A and B attain the temperature T eventually. Select the correct statements from the following:

Two identical objects A and B are at temperature T_(A) and T_(B) respectively. Both objects are placed in a room with perfectly absorbing walls maintained at temperature T(T_(A) gt T gt T_(B)) . Statement-1: The objects A and B attain the temperature T eventually Statement-2: A only emits radiation while B only absorbs until radiation both attain the temperature T

Two identical objects A and B are at temperature T_(A) and T_(B) respectively. Both objects are placed in a room with perfectly absorbing walls maintained at temperature T(T_(A)gt TgtT_(B)) Statement-1: The objects A and B attain the temperature T eventually. Statement-2: A only emits radiation while B only absorbs until radiation both attain the temperature T

Temperature T_(1) and T_(3) represents respectively:

Boyle's temperature T_(b) is equal to

Boyle's temperature T_(b) is equal to

Two stars A and B of surface area Sa and Sb & temperature T_a and T_b glow red and blue respectively. Choose the correct option.

Let T_a and T_b be the final temperatures of the samples A and B respectively in the previous question.

Let T_a and T_b be the final temperatures of the samples A and B respectively in the previous question.

Three isothermal plots (P versus V) A, B and C are plotted at three temperature T_(1), T_(2) and T_(3) respectively The correct order of the temperature will be