A skydiver of mass m = 60 kg jumps out of an airplane. At some moment before the 5. parachute opens, while falling in a spread-eagle formation, her instantaneous velocity is = (0,-20,0) m/s. (The coordinate system is one for which skyward is the +y direction.) What is the acceleration (a vector) of the skydiver at that moment? Include air drag in your calculation. Put your numerical vector answer in component form. Constants: In this formation her drag coefficient is C = 1.0. Her area that "catches" the air is A 1.5 m2. The density of air is p= 1.22 kg/m³.]

A skydiver of mass m = 60 kg jumps out of an airplane. At some moment before the 5. parachute opens, while falling in a spread-eagle formation, her instantaneous velocity is = (0,-20,0) m/s. (The coordinate system is one for which skyward is the +y direction.) What is the acceleration (a vector) of the skydiver at that moment? Include air drag in your calculation. Put your numerical vector answer in component form. Constants: In this formation her drag coefficient is C = 1.0. Her area that "catches" the air is A 1.5 m2. The density of air is p= 1.22 kg/m³.]