A Hang Glider And Its Pilot Have A Total Mass Equal To 128 Kg. While Executing A 360° Turn, The Glider Moves In A Circle With A 9 M Radius. The Glider’s Speed Is 14 M/s. (Assume The Glider Turns Along The Horizontal Plane.) (a) What Is The Net Force On The Hang Glider? (b) What Is The Acceleration?

A Hang Glider And Its Pilot Have A Total Mass Equal To 128 Kg. While 
Executing A 360° Turn, The Glider Moves In A Circle With A 9 M Radius. The 
Glider's Speed Is 14 M/s. (Assume The Glider Turns Along The Horizontal 
Plane.) (a) What Is The Net Force On The Hang Glider? (b) What Is The 
Acceleration?

Transcribed Text:Question: A hang glider and its pilot have a total mass equal to 128 kg. Wh…
Q

Ahang glider and its pilot have a total mass equal to 128 kg. While executing a 360° tum, the glider moves
in a circle with a 9 m radius. The glider’s speed is 14 m/s. (Assume the glider tums along the horizontal
plane.) (@) What is the net force on the hang glider? (b) What is the acceleration?

Expert Answer

Anonymous answered this srtzanoemacse [XE] [So]
2.793 answers Was thi retotu? | a 2 || Ko

the net force on the hang glider is centripetal force.
the net force on the hang glider = F = mv‘2/r

F = 128*(14)’2/9 = 2787.55 N

b)

acceleration = F/m = 21.78 m/s*2

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