This is a system consist of two blocks, masses 3M sits on a frictionless horizontal table top and connected to a spring of spring constant K and M (connected to 3M by a light, rigid string via a pulley and hanging vertically in the air. If M is released from rest at a position that the spring is un-stretched, (a) Find the kinetic energy of the hanging mass M after it has fallen down a distance h;(b) When do blocks reach their maximum speed and what is that speed?(c) What is the maximum displacement of the hanging block before it comes to a momentary stop? ### Description of the Diagram:This diagram illustrates a mechanical system involving a spring, masses, and a pulley. It includes the following components:1. **Masses:** - There is a mass labeled as \(3m\) on a horizontal surface to the left, connected to a spring. - A second mass, labeled as \(m_1\), is hanging vertically on the right.2. **Spring:** - The spring is positioned at the left, attached to the mass \(3m\). - It is noted as "spring unstretched," implying the spring is at its natural length without any tension or compression applied.3. **Pulley:** - The pulley is drawn above the masses, indicating that it allows the mass \(m_1\) to hang vertically while connected to the mass \(3m\).4. **System Notation:** - There is an indication that the system is composed of the two masses, \(m_1\) and \(3m\), written as "system = \(m_1 + m_2\)."This mechanical setup is a typical physics problem concerning dynamics and equilibrium, where the interaction between the masses, pulleys, and spring forces is analyzed.

Name: This is a system consist of two blocks, masses 3M sits on a frictionle
Uploaded: 2024-03-20T06:57:25.000Z
Channel: Bartleby
Description: This is a system consist of two blocks, masses 3M sits on a frictionless horizontal table top and connected to a spring of spring constant K and M (connected to 3M by a light, rigid string via a pulley and hanging vertically in the air. If M is relea