A 6.5 kg block is placed on a frictionless surface, conneted to an unknowm mass, and arranged as shown. The unknown mass falls from rest a distance 2.4 m, acheiving a speed of 4 m/s. a. Determine the unkown mass.b. Find the tension in the string. The image depicts a simple pulley system with the following components:1. **Mass M**: A block labeled "M" is situated on a flat surface. An arrow above it indicates a velocity vector (\( \vec{v} \)) pointing to the right, suggesting movement in that direction.2. **Pulley**: Positioned at the edge of the surface, the pulley redirects the rope's path. It shows a classic depiction, where a rope moves over the wheel.3. **Rope**: The rope connects the mass "M" to another object, indicated by the "?". The rope is taut, suggesting tension due to the force exerted by the connected objects.4. **Unknown Mass (?)**: Hanging off the edge, opposite the mass "M", is another object whose mass is unknown, denoted by a question mark.This system illustrates fundamental physics concepts such as tension, gravity, and Newton's Laws of Motion, commonly used to study mechanical advantage and equilibrium in pulley systems.

Given Mass (M) = 6.5 kg Velocity (v) = 4 m/s Distance (s) = 2.4 m

Answered: A 6.5 kg block is placed on a…

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A 6.5 kg block is placed on a frictionless surface, conneted to an unknowm mass, and arranged as shown. The unknown mass falls from rest a distance 2.4 m, acheiving a speed of 4 m/s. a. Determine the unkown mass. b. Find the tension in the string.