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block 1 is 6.5kg  block 2 is 2.5kg accelration is 1.5m/s2 (directions are shown) A) what is the tension in the string? B) Determine is the fricional force acting on block 1?

block 1 is 6.5kg  block 2 is 2.5kg accelration is 1.5m/s2 (directions are shown) A) what is the tension in the string? B) Determine is the fricional force acting on block 1?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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block 1 is 6.5kg 

block 2 is 2.5kg

accelration is 1.5m/s2 (directions are shown)

A) what is the tension in the string?

B) Determine is the fricional force acting on block 1?

 

The image is a hand-drawn diagram of a simple pulley system. Here's a detailed explanation suitable for an educational website: **Diagram Description:** The diagram illustrates a basic mechanical system with the following components: 1. **Block 1:** Positioned on a horizontal surface, labeled as "1." It is connected to a rope that runs over a pulley. 2. **Pulley:** The rope passes over a circular pulley. The pulley is drawn at the corner where the horizontal and vertical paths meet. 3. **Block 2:** Labeled as "2," this block is hanging vertically, suspended by the same rope. 4. **Arrows:** There are two arrows indicating direction: - A horizontal arrow to the right, labeled as "a", suggesting the direction of movement or acceleration for Block 1. - A vertical arrow pointing downward, also labeled as "a", indicating the direction of movement or acceleration for Block 2. **Key Concepts:** - The system likely represents a physics problem addressing forces and acceleration in a pulley setup. - The labels with "a" suggest that both blocks are subject to acceleration. This could imply an analysis involving Newton's second law or tension in the rope. - The horizontal and vertical setup indicates the involvement of gravitational effects on Block 2, while friction might be considered for Block 1. This diagram serves as a foundational model for understanding basic principles of mechanics, such as net force, friction, tension, and gravitational forces in pulley systems.
Transcribed Image Text:The image is a hand-drawn diagram of a simple pulley system. Here's a detailed explanation suitable for an educational website: **Diagram Description:** The diagram illustrates a basic mechanical system with the following components: 1. **Block 1:** Positioned on a horizontal surface, labeled as "1." It is connected to a rope that runs over a pulley. 2. **Pulley:** The rope passes over a circular pulley. The pulley is drawn at the corner where the horizontal and vertical paths meet. 3. **Block 2:** Labeled as "2," this block is hanging vertically, suspended by the same rope. 4. **Arrows:** There are two arrows indicating direction: - A horizontal arrow to the right, labeled as "a", suggesting the direction of movement or acceleration for Block 1. - A vertical arrow pointing downward, also labeled as "a", indicating the direction of movement or acceleration for Block 2. **Key Concepts:** - The system likely represents a physics problem addressing forces and acceleration in a pulley setup. - The labels with "a" suggest that both blocks are subject to acceleration. This could imply an analysis involving Newton's second law or tension in the rope. - The horizontal and vertical setup indicates the involvement of gravitational effects on Block 2, while friction might be considered for Block 1. This diagram serves as a foundational model for understanding basic principles of mechanics, such as net force, friction, tension, and gravitational forces in pulley systems.
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