The 1-D heat transfer model shown below has two finite elements of equal length of 10...

  

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The 1-D heat transfer model shown below has two finite elements of equal length of 10 inches each. The left tip is convective. The perimeter of the left element is insulated, while the right element is convective, except for its right tip. The right tip has a heat flux-50 Btu/hr/in**2. The convection coefficient is 30 Btu/h-in**2-F. The conductivity coefficient is 10 BTU/h-in-F. The ambient surrounding temperature is 70 F. There is internal heat generation of 20 Btu/h-in**3 throughout the structure. The structure has a round solid section with 1 inch diameter. Set up the set of equations describing this steady state heat transfer problem based on the finite element method, (F=k t). In other words determine F & K. convective Convective tip 1 insulated Internal Heat Q 2 3 q* The 1-D heat transfer model shown below has two finite elements of equal length of 10 inches each. The left tip is convective. The perimeter of the left element is insulated, while the right element is convective, except for its right tip. The right tip has a heat flux-50 Btu/hr/in**2. The convection coefficient is 30 Btu/h-in**2-F. The conductivity coefficient is 10 BTU/h-in-F. The ambient surrounding temperature is 70 F. There is internal heat generation of 20 Btu/h-in**3 throughout the structure. The structure has a round solid section with 1 inch diameter. Set up the set of equations describing this steady state heat transfer problem based on the finite element method, (F=k t). In other words determine F & K. convective Convective tip 1 insulated Internal Heat Q 2 3 q*