In Problem 3.8, assuming that the surface is at 330 K, (a) find the local heat transfer coefficient and heat flux at 0.25 and 0.6 m from the leading edge, (b) find the temperature at y = δ/2 at the...

In Problem 3.8, assuming that the surface is at 330 K,

(a) find the local heat transfer coefficient and heat flux at 0.25 and 0.6 m from the leading edge,

(b) find the temperature at y = δ/2 at the locations mentioned in part (a),

(c) find the average heat transfer coefficient and total heat transfer rate for the entire plate.