Question

A skydiver weighing 890 N opens his parachute at the appropriate height from the ground. The air exerts a significant upward drag force, which is initially greater than the weight of the diver. This helps to slow the skydiver down. What is the diver's acceleration (both direction and magnitude) if the magnitude of the drag force is 1170 N? magnitude m/s2 direction

Name: a skydiver weighing 890 n opens his parachute at the appropriate height from the ground the air exerts a significant upward drag force which is initially greater than the weight of the diver 07945
Uploaded: 2022-10-10T06:44:13-08:00
Duration: 1 min 46 s
Channel: Prabhu Ramji
Description: a skydiver weighing 890 n opens his parachute at the appropriate height from the ground the air exerts a significant upward drag force which is initially greater than the weight of the diver 07945

          A skydiver weighing 890 N opens his parachute at the appropriate
height from the ground. The air exerts a significant upward drag
force, which is initially greater than the weight of the diver.
This helps to slow the skydiver down. What is the diver's
acceleration (both direction and magnitude) if the magnitude of the
drag force is 1170 N? magnitude m/s2 direction

Added by Sandra B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Prabhu Ramji

10/10/2022

Step 1

The net force is the drag force minus the weight: Net force = Drag force - Weight Net force = 1170 N - 890 N Net force = 280 N Show more…

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A skydiver weighing 890 N opens his parachute at the appropriate height from the ground. The air exerts a significant upward drag force, which is initially greater than the weight of the diver. This helps to slow the skydiver down. What is the diver's acceleration (both direction and magnitude) if the magnitude of the drag force is 1170 N? magnitude m/s2 direction