The temperature drop through each layer of a two layer furnace wall is shown in Assume that the external temperature `T_(10` and `T_(3)` are mainitained constant and `T_(1)gtT_(3)` If the thichness of the layers `x_(1)` and `x_(2)` are the same which of the following statements are correct
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When the same quantity of heat is absorbed by a system at teo different temperatures T_(1) and T_(2) , suchd that T_(1)gtT_(2) , change in entropies are DeltaS_(1) and Delta S_(2) respectively . Then :

If K_(1)= Rate constant at temperature T_(1) and k_(2) rate constant at temperature T_(2) for a first order reaction, then which of the following relation is correct ?

If K_(1)= Rate constant at temperature T_(1) and k_(2) rate constant at temperature T_(2) for a first order reaction, then which of the following relation is correct ?

The stress-strain graph for a metallic wire is shown at two different temperature, T_(1) and T_(2) which temperature is high T_(1) or T_(2) ?

The stress-strain graph for a metallic wire is shown at two different temperature, T_(1) and T_(2) which temperature is high T_(1) or T_(2) ?

Curved surface of a uniform rod is isolated from surrounding. Ends of the rod are maintained at temperatures T_(1) and T_(2)(T_(1)>T_(2)) for a long time. At an instant, temperature T_(1) starts to decrease at a constant and slow rate. If thermal capacity of material of the rod is considered, then which of thefollowing statements is/are correct ?

The temperature drop through a two layer furnace wall is 900^@C . Each layer is of equal area of cross section. Which of the following actions will result in lowering the temperature theta of the interface?

The temperature drop through a two layer furnace wall is 900^@C . Each layer is of equal area of cross section. Which of the following actions will result in lowering the temperature theta of the interface?

The temperature drop through a two layer furnace wall is 900^@C . Each layer is of equal area of cross section. Which of the following actions will result in lowering the temperature theta of the interface?