A drain pipe exits a reservoir as shown. What is the pressure head at point 2? The image depicts a simplified diagram of a beam structure with a triangular loading distribution.**Diagram Explanation:**1. **Beam Structure:** - A horizontal line represents the beam. Two sections of the beam are labeled with different measurements along the horizontal axis.2. **Support Points:** - Two vertical lines are drawn from the beam downwards to points labeled 2 and 1, representing support points or loads. These points are likely labeled based on their positions or loading specifications.3. **Measurements:** - The left section of the beam is labeled with a length "1 m" (meter). - The right section of the beam is labeled with a length "2 m" (meters).4. **Triangular Load Distribution:** - Above the beam, a triangle is drawn, indicating a triangulated load distribution across the beam. - The triangle starts from the leftmost point of the beam (above point 2) and tapers off towards the right end.5. **Additional Labels:** - At the midpoint of the beam, there is a triangular symbol and the number 3 below it, which might indicate additional data or load description relevant to problem-solving or analysis.This diagram can be used to illustrate concepts related to beam loading and distribution of forces in engineering or physics coursework.

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Answered: A drain pipe exits a reservoir as…

Engineering

Civil Engineering

A drain pipe exits a reservoir as shown. What is the pressure head at point 2?

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Concept explainers

Pressurized pipe flow

A 15-kilometer-long pipe with a pipe diameter of one meter transports water at a speed of one meter per second. The pipe has a friction coefficient of 0.005. Calculate the frictional head loss?

Question

A drain pipe exits a reservoir as shown. What is the pressure head at point 2?

The image depicts a simplified diagram of a beam structure with a triangular loading distribution.

**Diagram Explanation:**

1. **Beam Structure:**
- A horizontal line represents the beam. Two sections of the beam are labeled with different measurements along the horizontal axis.

2. **Support Points:**
- Two vertical lines are drawn from the beam downwards to points labeled 2 and 1, representing support points or loads. These points are likely labeled based on their positions or loading specifications.

3. **Measurements:**
- The left section of the beam is labeled with a length "1 m" (meter).
- The right section of the beam is labeled with a length "2 m" (meters).

4. **Triangular Load Distribution:**
- Above the beam, a triangle is drawn, indicating a triangulated load distribution across the beam.
- The triangle starts from the leftmost point of the beam (above point 2) and tapers off towards the right end.

5. **Additional Labels:**
- At the midpoint of the beam, there is a triangular symbol and the number 3 below it, which might indicate additional data or load description relevant to problem-solving or analysis.

This diagram can be used to illustrate concepts related to beam loading and distribution of forces in engineering or physics coursework.

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