- A Hollow Sphere Of Inner Radius N 30 Cm And Outer Radius 12 50 Cm Is Heated At The Inner Surface The Rate Of Heat F 1 (22.01 KiB) Viewed 54 times
A hollow sphere of inner radius n = 30 cm and outer radius 12 = 50 cm is heated at the inner surface. The rate of heat f
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A hollow sphere of inner radius n = 30 cm and outer radius 12 = 50 cm is heated at the inner surface. The rate of heat f
A hollow sphere of inner radius n = 30 cm and outer radius 12 = 50 cm is heated at the inner surface. The rate of heat flow out of the sphere is 11.30 kW. The temperature at the inside and outside surfaces of the sphere is T and T2. The thermal conductivity of the material is k = 170 W(m.K)! (a) Demonstrate that the rate of heat conduction is computed by the formula: P = 4nekring ; -T; 12-1 (b) Find the difference of temperature between two surfaces of the sphere.