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Conductivity, k=0.02428W/(mK); Prandt l number, Pr=0.7340 Kinematic viscosity, v=1.413105(m2/s); Empirical expression for combined laminar and turbulent flow over a flat plate Where Re and Nu are defined in terms of the length of the wall Determine 1. the heat transfer coefficient from a wall to air [12] 2. the rate of heat loss from the wall by convection [13] Assumptions 1. Steady state operating conditions exist. 2. The critical Reynolds number for flow on a flat plate is Rer=5105. 3. Radiation effects are negligible. 4. Atmospheric pressure is taken 1atm 5. Air is an ideal gas with constant properties at an average temperature of 8.5C