3.21 Lab 03: Wing Loading Summary: compute wing loading value based on aircraft's weight and wing area An important design factor in aeronautical engineering is wing loading, defined as the weight of an airplane divided by its wing area. Low wing loading provides more maneuverability, but a bumpier, less comfortable flight; hang gliders have low wing loading. High wing loading is more fuel efficient and provides a more comfortable ride, but the plane is less maneuverable, commercial jetliners have high wing loading Write a C++ program to input two values, the weight of an airplane followed by its wing area, compute the wing loading value, and output two results: (1) the wing loading value, followed by (2) "low", "average, or "high"-low if the wing loading value is less than 20.0, high if the wing loading value is greater than 600.0, otherwise average. Assume the input units are kilograms for the weight, and meters squared for the area. Example: suppose the inputs to the program are the following (weight then wing area) 130.6 13.7 The output should be: 9.53285: low There is one space following the .", and the output should appear on a line by itself (i.e. follow with endl). It is possible for one or both inputs to be negative, in which case the computation makes no sense in this case output 'invalid data!" at most once. For example, suppose the inputs are 1200.50 -10.00 The output should be invalid data