Please plot the FBDs that allow you to find the weight of block D to keep the whole system in equilibrium. The coefficient of static friction for all surfaces of contact is 0.3. Please label clearly all tensional forces and the needed angles.Note: only plot FBDs, no need to solve. ### Pulley System with Inclined Plane#### DescriptionThe diagram depicts a classic physics problem featuring a pulley system combined with an inclined plane. Here is a detailed explanation of the components and the setup:1. **Inclined Plane**: - The inclined plane is represented by a straight line sloping upwards from left to right. - It makes an angle of \(55^\circ\) with the horizontal ground.2. **Block A**: - A block labeled "A" is positioned on the inclined plane. - The line inclined at \(55^\circ\) represents the surface the block is resting on.3. **Pulley System**: - **Pulley B**: Located at the top end of the inclined plane, represented by a small circle and labeled "B". - **Pulley C**: Positioned horizontally to the right of Pulley B, also represented by a small circle and labeled "C".4. **Connection**: - The block A is connected via a string to Pulley B. - The string then runs horizontally from Pulley B to Pulley C.5. **Block D**: - A second block, labeled "D", is hanging vertically from Pulley C by a string, extending downward to the ground.#### SummaryThe diagram effectively demonstrates a scenario where two blocks, A and D, are connected by a string that passes through a system of pulleys, with Block A situated on an inclined plane. Block A is influenced by both gravity and the tension in the string as it resides on a \(55^\circ\) inclined surface. This setup allows for the study of various dynamics and forces, such as tension, gravitational force, normal force, and friction (if applicable), within the context of classical mechanics.

Name: Please plot the FBDs that allow you to find the weight of block D to k
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: Please plot the FBDs that allow you to find the weight of block D to keep the whole system in equilibrium. The coefficient of static friction for all surfaces of contact is 0.3. Please label clearly all tensional forces and the needed angles.Note: on