I would like help finding the source to the attached problems. i do not need the

ID: 1862304 • Letter: I

Question

I would like help finding the source to the attached problems. i do not need the solutions to them. a book title , author and edition is all i need

Assume SS, 1-D Conduction through the Symmentric Derive an expression for qx = 6000w A in m2 T in K k = thermal conductivity A cylinder of radius r0 and length L and thermal conductivity k is immersed in a fluid with Convection coefficient h are temperature T infinity. T(r) = a + br2 is given a,b are constants. Obtain an expression for heat transfer rate r0 and fluid temperature T infinity. Hint: Remember Surface Energy Balance Temperature distribution across a wall 0.3m thick at a certain instant of time is T(x) = a + bx +cx2 where T is an degrees C X in meters on a unit surface area of 1 determine the rate of heat transfer in and out of the wall and the rate of energy stored in the wall if the cold surface is exposed to a fluid of 100 degree C the connection coefficient. Internal uniform heat generation in a cylinder 0f 50mm diameter. T(r) = a + br2 a= 800 degree C b = 4.167 times 103 C/m2 k = 30w/m.k rho = 1100 kg/m3 cp = 800 J/kg what is the rate of heat transfer per unit length of Rod at r = 0 r = 25mm if is suddenly increased to what is the initial time rate of temperature change at r = 0 and r = 25mm. Show