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Which statement is true for the system below? EYE- SCREW ROPE 02 BLOCK INCLINED 01 PLANE O All the forces acting on the post are concurrent O The rope is a two force member O The post force on the eye-screw and the rope tension acting on the eye screw form a force couple O The normal force acting on the block and the weight of the block form a force couple O All the forces acting on the block are co-linear O The post is a two force member

Which statement is true for the system below? EYE- SCREW ROPE 02 BLOCK INCLINED 01 PLANE O All the forces acting on the post are concurrent O The rope is a two force member O The post force on the eye-screw and the rope tension acting on the eye screw form a force couple O The normal force acting on the block and the weight of the block form a force couple O All the forces acting on the block are co-linear O The post is a two force member

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Which statement is true for the system below?

**Question: Which statement is true for the system below?** [Diagram Description] - The diagram depicts a block on an inclined plane. - The block is attached to a rope at an angle labeled as \( \theta_1 \). - The rope is connected to an eye-screw fixed in a post. - A weight \( W \) acts vertically downward on the block. - The rope forms an angle \( \theta_2 \) with the post. **Options:** 1. All the forces acting on the post are concurrent 2. The rope is a two-force member 3. The post force on the eye-screw and the rope tension acting on the eye screw form a force couple 4. The normal force acting on the block and the weight of the block form a force couple 5. All the forces acting on the block are co-linear 6. The post is a two-force member
Transcribed Image Text:**Question: Which statement is true for the system below?** [Diagram Description] - The diagram depicts a block on an inclined plane. - The block is attached to a rope at an angle labeled as \( \theta_1 \). - The rope is connected to an eye-screw fixed in a post. - A weight \( W \) acts vertically downward on the block. - The rope forms an angle \( \theta_2 \) with the post. **Options:** 1. All the forces acting on the post are concurrent 2. The rope is a two-force member 3. The post force on the eye-screw and the rope tension acting on the eye screw form a force couple 4. The normal force acting on the block and the weight of the block form a force couple 5. All the forces acting on the block are co-linear 6. The post is a two-force member
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