In the Great Lakes areas of the US, during the cold season, a freezing rain sometimes occurs, during which it rains liquid but forms an ice sleet on the roads, tree branches, power lines, etc. A subcooled raindrop with the temperature below the freezing point instantly freezes as it comes into contact with any cold surface. In 2009, a passenger plane crashed into a residential area near Buffalo, NY, due to an ice buildup on its outer surfaces which made the plane heavier and likely caused a loss of lift. One of the methods of "deicing" airplane wings during a flight is redirecting some of the heat from the engine to melt the ice away and to keep the surface temperature above the freezing point. Let's consider a simplified model for this design. The top surface of a plane wing is modeled as a 2-D flat plate with its length L=2.3m from the leading edge to the trailing edge. Air flows over the surface with free stream pressure and temperature at p=1atm and T=265K. The surface temperature is constant at Ts=275K. The free stream velocity of the air is V=66m/s. What is the heat transfer rate per unit span of the surface, q in W/m ? You should interpolate the property table using the reference temperature