1) A 100 kg parachutist jumps from a plane at 4000 meters [initial velocity3D0]. During free fall, the air resistance is 0.4 kg/meter. They fall for 45 seconds before pulling the ripcord. What is the velocity at this point? Has the parachutist reached terminal velocity? Once the ripcord is pulled, the parachute increases the air resistance to 40 kg/meter. Assuming a steady decent [no thermals and no acrobatics]. Describe the velocity and height as a function of time. How long will it take to reach the ground and what is the velocity?

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1) A 100 kg parachutist jumps from a plane at 4000 meters
[initial velocity3D0]. During free fall, the air resistance is
0.4 kg/meter. They fall for 45 seconds before pulling the
ripcord.
What is the velocity at this point? Has the parachutist
reached terminal velocity?
Once the ripcord is pulled, the parachute increases the air
resistance to 40 kg/meter. Assuming a steady decent [no
thermals and no acrobatics].
Describe the velocity and height as a function of time.
How long will it take to reach the ground and what is the
velocity?
Transcribed Image Text:1) A 100 kg parachutist jumps from a plane at 4000 meters [initial velocity3D0]. During free fall, the air resistance is 0.4 kg/meter. They fall for 45 seconds before pulling the ripcord. What is the velocity at this point? Has the parachutist reached terminal velocity? Once the ripcord is pulled, the parachute increases the air resistance to 40 kg/meter. Assuming a steady decent [no thermals and no acrobatics]. Describe the velocity and height as a function of time. How long will it take to reach the ground and what is the velocity?
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