A 50 kg skydiver falls through the air and attains terminal velocity after some time. The drag force is a function of velocity given as Fdrag=−bv2 where the negative sign denotes that the drag force is opposite to the direction of velocity. What is the terminal velocity of the skydiver (assuming the drag constant b is 0.2 kg/m)?

A 50 kg skydiver falls through the air and attains terminal velocity a

1.	A 50 kg skydiver falls through the air and attains terminal velocity after some time. The drag force is a function of velocity given as Fdrag=−bv2 where the negative sign denotes that the drag force is opposite to the direction of velocity. What is the terminal velocity of the skydiver (assuming the drag constant b is 0.2 kg/m)?
Answer» A $50 kg$ skydiver falls through the air and attains terminal velocity after some time. The drag force is a function of velocity given as $F_{drag} = - b v^{2}$ where the negative sign denotes that the drag force is opposite to the direction of velocity. What is the terminal velocity of the skydiver (assuming the drag constant $b$ is $0.2 kg/m)$ ?

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