Three rods of the same dimension have thermal conductivity 3K, 2K and K as shown in the figure. The temperature of the junction in steady-state is

Three rods of same dimensions have thermal conductivity 3K,2K and K They are arranged as shown in Then the temperature of the junction in steady state is .

Three rods of same dimensions have thermal condutivity 3K,2K and K They are arranged as shown in Then the temperature of the junction in steady state is .

Three rods of the same dimension have thermal conductivity 3K , 2K and K. They are arranged as shown in the figure below Then , the temperature of the junction in steady - state is

Three rods of the same dimension have thermal conductivity 3K , 2K and K. They are arranged as shown in the figure below Then , the temperature of the junction in steady - state is

Three rods of same dimension have thermal conductivities 3k, 2K and K. They are arranged as shown in the figure below. Then in the steady state the temperature of the junction P is

Three rods of the same dimension have thermal conductivities 3K, 2K and K. They are arranged as shown in fig. Given below, with their ends at 100^(@)C, 50^(@)C and 20^(@)C . The temperature of their junction is :-

Three rods of same material and having the same cross-section are joined as shown in the figure.The tremperature of junction of three rods is : .

Four rods identical in all respect other than their thermal conductivity are joined to form a square loop.The thermal conductivity of rods are shown in the figure.The ratio of temperatures of point A and B (in steady state) is (k)/(35) . Find the value of k. Other two ends are maintained at 100^(@)C and 20^(@)C