A Spherical Container Is Made Of Plastic (K=2 W/MK, Ρ=5000 Kg/M) And Has Inner And Outer Radii Of 10 Cm And 11 Cm, Respectively. Hot Oil (C=3000 J/KgK, Ρ=800 Kg/M3) At 80 0C Is Stored Within The Container And The Heat Transfer Coefficient Between The Oil And The Inner Surface Of The Container H=30W/M2K The Outer Surface Of The Container Is
A Spherical Container Is Made Of Plastic (K=2 W/MK, Ρ=5000 Kg/M) And Has Inner And Outer Radii Of 10 Cm And 11 Cm, Respectively. Hot Oil (C=3000 J/KgK, Ρ=800 Kg/M3) At 80 0C Is Stored Within The Container And The Heat Transfer Coefficient Between The Oil And The Inner Surface Of The Container H=30W/M2K The Outer Surface Of The Container Is
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A spherical container is made of plastic (k=2 W/mK, ρ=5000 kg/m) and has inner and outer radii of 10 cm and 11 cm, respectively. Hot oil (c=3000 J/kgK, ρ=800 kg/m3) at 80 0C is stored within the container and the heat transfer coefficient between the oil and the inner surface of the container h=30W/m2K
The outer surface of the container is perfectly insulated. Solve the differential equation under the boundary conditions for steady one dimensional heat conduction through the plastic material.
a)obtain an equation fort he variation of temperature within the plastic material?
b)
Calculate the temperature of the plastic material at the inner surface (0C) ?
c)
Calculate the temperature of the plastic material at the inner surface (0C) ?
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