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can you solve this the subject is heat transfer Uniform internal heat generation at 800W/m7 is oceutring in a cylindrical nuclear reactor fucl rod of
can you solve this
Uniform internal heat generation at 800W/m7 is oceutring in a cylindrical nuclear reactor fucl rod of 80mm diameter, and under steady-state conditions the temperature distribution is of the form T(r)=a+br4, where: T is in degrees Celsius. r is in meters and a=400C and b=400C/m4. The fuel rod properties are k=80 W/m,K,cp=800J/kg,K and density is 1000kg/mN. Please answer the following (a) What is the rate of heat transfer per unit length of the rod at centerine and at the surface? (b) If the reactor power level is suddenly increased to 80,000W/m3, what is the rate of temperature change with respect to time at centerline and at the surface? Uniform internal heat generation at 800W/m7 is oceutring in a cylindrical nuclear reactor fucl rod of 80mm diameter, and under steady-state conditions the temperature distribution is of the form T(r)=a+br4, where: T is in degrees Celsius. r is in meters and a=400C and b=400C/m4. The fuel rod properties are k=80 W/m,K,cp=800J/kg,K and density is 1000kg/mN. Please answer the following (a) What is the rate of heat transfer per unit length of the rod at centerine and at the surface? (b) If the reactor power level is suddenly increased to 80,000W/m3, what is the rate of temperature change with respect to time at centerline and at the surface the subject is heat transfer
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