Please no hand writing solution Due DaWProblem 8: A skydiver with a mass of m= 65 kg is falling to earth from an altitude of h= 2500 m. The force of air resistance on the skydiver isproportional to the square of his speed (v) with a proportionality constant D=0.12."net"Part (a) Write an equation for the net force acting on the skydiver with the positive direction being downward.mSubmitDhVthat() 7 8 9 HOMEM4 561 2 30+VOKACKEND1 give up!Part (b) Write an equation for the terminal (maximum) velocity the skydiver will reach.Part (e) What will be the skydiver's terminal velocity?

Answered: Image /qna-images/answer/a26082f4-211c-4388-9a2e-c5ec92b48c7b.jpg

re of Problem 8: A skydiver with a mass of m= 65 kg is falling to earth from an altitude of h = 2500 m. The force of air resistance on the skydiver is proportional to the square of his speed (v) with a proportionality constant D = 0.12. Part (a) Write an equation for the net force acting on the skydiver with the positive direction being downward. a 8 m Submit D h V 7 8 9 456 1 2 3 0 VO BACKUNDE A 1 give up! Part (b) Write an equation for the terminal (maximum) velocity the skydiver will reach. Part (e) What will be the skydiver's terminal velocity?

re of Problem 8: A skydiver with a mass of m= 65 kg is falling to earth from an altitude of h = 2500 m. The force of air resistance on the skydiver is proportional to the square of his speed (v) with a proportionality constant D = 0.12. Part (a) Write an equation for the net force acting on the skydiver with the positive direction being downward. a 8 m Submit D h V 7 8 9 456 1 2 3 0 VO BACKUNDE A 1 give up! Part (b) Write an equation for the terminal (maximum) velocity the skydiver will reach. Part (e) What will be the skydiver's terminal velocity?