A box of mass M is dragged across a rough horizontal surface using force F. Label all forces acting onM. If M=3.6kg, F=24N, theta=37 degrees and friction forceis 8N, determinethe accelearation of the box. The image illustrates a physics diagram depicting a block of mass "M" resting on a horizontal surface. An external force "F" is applied to the block at an angle "θ" above the horizontal line.**Description and Explanation:**- **Block (M):** A rectangle labeled "M" represents the block with mass.- **Surface:** The block is placed on a horizontal surface, which is indicated by a straight line with short diagonal lines below it, symbolizing the ground or a flat surface.- **Force (F):** An arrow labeled "F" indicates the force applied to the block. The arrow is directed upwards and to the right, away from the block.- **Angle (θ):** The angle between the horizontal line and the direction of the applied force is labeled "θ." A dotted line parallel to the surface extends from the block to help visualize the angle.This diagram is typically used to discuss concepts such as the resolution of forces into components, friction, or inclined planes in physics.

Name: A box of mass M is dragged across a rough horizontal surface using for
Uploaded: 2024-03-20T06:57:57.000Z
Channel: Bartleby
Description: A box of mass M is dragged across a rough horizontal surface using force F. Label all forces acting onM. If M=3.6kg, F=24N, theta=37 degrees and friction forceis 8N, determinethe accelearation of the box. The image illustrates a physics diagram depic