**Transcription for Educational Website**---**Problem Statement:**Determine the shear force at point C if P = 3.3 kN/m.**Diagram Explanation:**The diagram shows a simply supported beam with triangular distributed loading. The structure includes:- **Supports:** - Support A (left support) and support B (right support) are represented as rollers, indicating that the beam is simply supported.- **Load Distribution:** - The triangular distributed load acts over the entire length of the beam, starting from zero at the left end (near support A) and increasing linearly to a maximum value at the right end (near support B). - The maximum intensity of the distributed load is labeled as P = 3.3 kN/m at the right end.- **Dimensions:** - The beam is divided into equal sections of 1.5 meters each: - From A to C: 1.5 meters - From C to an unspecified point to the right: 1.5 meters - Total length from A to B: 4.5 meters- **Important Points:** - Point C is the specific point of interest where the shear force needs to be determined. It is located at 1.5 meters from the left support (A).This setup requires the calculation of shear force resulting from the triangular distributed load, taking into account the equilibrium of the beam and applying principles of static equilibrium.

To find: The shear force at point C. Given: The value of force is P=3.3 kN. Free body diagram:

Answered: Determine the shear force at point C if…

Engineering

Mechanical Engineering

Determine the shear force at point C if P = 3.3 kN/m. A C P B -1.5 m-1.5 m-1.5 m-1.5 m-

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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Question

**Transcription for Educational Website**

---

**Problem Statement:**

Determine the shear force at point C if P = 3.3 kN/m.

**Diagram Explanation:**

The diagram shows a simply supported beam with triangular distributed loading. The structure includes:

- **Supports:**
- Support A (left support) and support B (right support) are represented as rollers, indicating that the beam is simply supported.

- **Load Distribution:**
- The triangular distributed load acts over the entire length of the beam, starting from zero at the left end (near support A) and increasing linearly to a maximum value at the right end (near support B).
- The maximum intensity of the distributed load is labeled as P = 3.3 kN/m at the right end.

- **Dimensions:**
- The beam is divided into equal sections of 1.5 meters each:
- From A to C: 1.5 meters
- From C to an unspecified point to the right: 1.5 meters
- Total length from A to B: 4.5 meters

- **Important Points:**
- Point C is the specific point of interest where the shear force needs to be determined. It is located at 1.5 meters from the left support (A).

This setup requires the calculation of shear force resulting from the triangular distributed load, taking into account the equilibrium of the beam and applying principles of static equilibrium.

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