A 58 kg rollerblader skates across a skating rink floor. The graph below shows the net external force component acting on the skater along the displacement as a function of the magnitude of the displacement d.Calculate the following:(a)the work done (in J) by the force on the rollerblader as he moves from 0 to 20.0 m J(b)the work done (in J) by the force acting on the rollerblader from 20.0 m to 30.0 m J ### Force vs Displacement GraphThis graph illustrates the relationship between force (measured in Newtons, N) and displacement (measured in meters, m). #### Key Features:- **Horizontal Segment (0 to 20 meters):** - The force remains constant at 100 N while the displacement increases from 0 to 20 meters. This horizontal line suggests that there is no change in force being applied through this region.- **Vertical Dotted Line (at 20 meters):** - Marks the transition point where the behavior of force versus displacement changes.- **Descending Segment (20 to 30 meters):** - Beyond 20 meters, the force decreases linearly from 100 N to 0 N at 30 meters. This downward slope indicates a gradual reduction of force with increasing displacement.This graph is a useful representation of scenarios such as materials under constant load until a specific point, followed by unloading or a decrease in applied force.

Name: A 58 kg rollerblader skates across a skating rink floor. The graph bel
Uploaded: 2024-03-20T06:57:25.000Z
Channel: Bartleby
Description: A 58 kg rollerblader skates across a skating rink floor. The graph below shows the net external force component acting on the skater along the displacement as a function of the magnitude of the displacement d.Calculate the following:(a)the work done