The jib crane is pin connected at A and supported by a smooth collar at B. If x = 8 ft, determine reactions on the jib crane at the pin A and smooth collar B. The load has a weight of 5000 lb.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The jib crane is pin connected at A and
supported by a smooth collar at B. If x = 8 ft,
determine reactions on the jib crane at the pin
A and smooth collar B. The load has a weight
of 5000 lb.

The image depicts a mechanical diagram of a beam and pulley system mounted on a vertical support. The structure consists of a vertical post and a horizontal beam extending from the post. 

- **Vertical Post:** The post is anchored into the ground at point A. The height of the post is labeled as 12 feet.
- **Horizontal Beam:** Extends horizontally from the post. A pulley system is attached at the end of the beam.
- **Pulley System:** A mass is suspended from the pulley, shown as a rectangular block, indicating a load being supported by the structure.
- **Distance 'x':** The horizontal distance from the support joint (B) to the point where the load is suspended from the beam.
  
The figure references points A and B, crucial for understanding the structural support and load distribution in analyzing static equilibrium in mechanics. The load is supported by a hook at the end of the beam, illustrating a real-world application of physics principles such as levers and tension.

**Figure Reference:** 05_P039-040

The diagram is a part of educational material published by Pearson Education, under Prentice Hall, emphasizing the practical application of physics and engineering concepts.
Transcribed Image Text:The image depicts a mechanical diagram of a beam and pulley system mounted on a vertical support. The structure consists of a vertical post and a horizontal beam extending from the post. - **Vertical Post:** The post is anchored into the ground at point A. The height of the post is labeled as 12 feet. - **Horizontal Beam:** Extends horizontally from the post. A pulley system is attached at the end of the beam. - **Pulley System:** A mass is suspended from the pulley, shown as a rectangular block, indicating a load being supported by the structure. - **Distance 'x':** The horizontal distance from the support joint (B) to the point where the load is suspended from the beam. The figure references points A and B, crucial for understanding the structural support and load distribution in analyzing static equilibrium in mechanics. The load is supported by a hook at the end of the beam, illustrating a real-world application of physics principles such as levers and tension. **Figure Reference:** 05_P039-040 The diagram is a part of educational material published by Pearson Education, under Prentice Hall, emphasizing the practical application of physics and engineering concepts.
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