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Engineering

for problem involving axisymmetry, it is frequently convenient to introduce a cylindrical coordinate system (r,theta,z) where x1=r cos theta, x2=z, x3= r sin theta.by considering the equilibrium of forces acting on a small element in this coordinate frame, derive a set of static equilibrium equation cylindrical coordinates.see below for final product.

Engineering, Mechanical Engineering / By wegoki

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The Heat Equation HW 1(Derivation problem-2): 2) Find the temperature distribution for the plane wall(see below) assuming that.(a)1-d process(x-direction only)(b)steady state(c)with energy generation(d)assume k is constant.partial/partial differentiate x(k partial differentiate t/Partial x)+Partial/Partial Differentiate y(K Partial Differentiate T/Partial Differentiate y)+Partial/Partial Differentiate z(K Partial Differentiate T/Partial Differentiate z)+e=pcp(Partial Differentiate T)/Partial Differentiate t

Engineering, Mechanical Engineering / By wegoki

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Given the following two equation of state,obtain expression for (partial u/partial v)t, (partial h/partial p)t,(partial s/partial p)t,(partial t/partial v)u,(partial t/partial p)h and (partial u/partial p)h. pv=n(rt+bp).pv=n(rt+a(p/t))

Engineering, Mechanical Engineering / By wegoki

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