**Exercise: Ranking Flow Speeds****Objective**: Rank the flow speeds at points 1 to 4.**Task**: Rank the speeds from largest to smallest. To rank items as equivalent, overlap them.- **Elements to Rank**: - \( v_1 \) - \( v_2 \) - \( v_3 \) - \( v_4 \)**Instructions**:1. Drag the velocity markers into the box below, arranging them from the largest on the left to the smallest on the right.2. If two or more velocities are equivalent, overlap their markers. **Diagram**:- A box is provided to arrange the velocities.- An option to indicate that the correct ranking cannot be determined.**Controls**:- **Reset**: Clear your selections and start over.- **Help**: Access instructions or hints.**Submission**:- Once your ranking is complete, click "Submit".- You may request the correct answer if uncertain.Your task involves critical thinking and understanding of fluid dynamics concepts to deduce the correct order of flow speeds. **Text Description:**A liquid with negligible viscosity flows through the pipe shown in (Figure 1). This is an over-head view.**Figure Explanation:**The image presents a diagram labeled as Figure 1, illustrating the top view of a piping system through which a liquid flows. The liquid flow is depicted with green arrows.- **Pipe Sections:** - **Section 1 to Section 2:** The liquid enters from the left, flowing through a straight segment directed towards Section 2. - **Section 2 to Section 3:** The liquid travels downward through a curved section. - **Section 3 to Section 4:** The liquid moves horizontally to the left. - **Section 4:** The liquid exits the system to the left.- **Flow Direction:** The arrows indicate the direction of the flow, moving from left to right at the top and right to left at the bottom.- **Marked Points:** The diagram includes labeled points (1, 2, 3, 4) to indicate key sections or junctions within the piping system.

Name: **Exercise: Ranking Flow Speeds****Objective**: Rank the flow speeds
Uploaded: 2024-03-20T06:51:10.000Z
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Description: **Exercise: Ranking Flow Speeds****Objective**: Rank the flow speeds at points 1 to 4.**Task**: Rank the speeds from largest to smallest. To rank items as equivalent, overlap them.- **Elements to Rank**: - \( v_1 \) - \( v_2 \) - \( v_3 \) - \(

Principle of continuity : It state that, when an compressible and non - viscous liquid flows in a stream lines motion through a tube of non - uniform cross-section, then the product of the area of cross section and the velocity of flow is same at every point in the tube. Thus Av = constant ⇒v α1Aor A1v1 = A2v2 This is basically the law of the conservation of the mass in fluid dynamics. At point 1 & 2 Since the area at point 1(A1) is smaller than point 2(A2). i.e.A1 <A2 so the velocity of the fluid at point 1v1 will be greater than 2(v2). ( Principle of continuity) i.e. v1> v2 At point 2 and 3 Since the area point 2(A2) is equal to point 3(A3). i.e.A2 = A3 So the velocity of the fluid at point 2 (v2) and 3 (v3) are equal. i.e. v2 = v3 At point 3 and 4 Since the area at point 4 is greater than point 3. i.e.A4 > A3 so the velocity of fluid at point 4 is less than point 3. i.e. v4 < v3 Conclusion from above statement we can say that v1>v2v2 = v3v4 < v3 So largest velocity is v1 and smallest velocity is v4.

Answered: Rank in order the flow speeds at points…

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Rank in order the flow speeds at points 1 to 4. Rank the speeds from largest to smallest. To rank items as equivalent, overlap them. Reset Help

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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Topic Video

Question

**Exercise: Ranking Flow Speeds**

**Objective**: Rank the flow speeds at points 1 to 4.

**Task**: Rank the speeds from largest to smallest. To rank items as equivalent, overlap them.

- **Elements to Rank**:
- \( v_1 \)
- \( v_2 \)
- \( v_3 \)
- \( v_4 \)

**Instructions**:
1. Drag the velocity markers into the box below, arranging them from the largest on the left to the smallest on the right.
2. If two or more velocities are equivalent, overlap their markers.

**Diagram**:
- A box is provided to arrange the velocities.
- An option to indicate that the correct ranking cannot be determined.

**Controls**:
- **Reset**: Clear your selections and start over.
- **Help**: Access instructions or hints.

**Submission**:
- Once your ranking is complete, click "Submit".
- You may request the correct answer if uncertain.

Your task involves critical thinking and understanding of fluid dynamics concepts to deduce the correct order of flow speeds.

**Text Description:**

A liquid with negligible viscosity flows through the pipe shown in (Figure 1). This is an over-head view.

**Figure Explanation:**

The image presents a diagram labeled as Figure 1, illustrating the top view of a piping system through which a liquid flows. The liquid flow is depicted with green arrows.

- **Pipe Sections:**
- **Section 1 to Section 2:** The liquid enters from the left, flowing through a straight segment directed towards Section 2.
- **Section 2 to Section 3:** The liquid travels downward through a curved section.
- **Section 3 to Section 4:** The liquid moves horizontally to the left.
- **Section 4:** The liquid exits the system to the left.

- **Flow Direction:** The arrows indicate the direction of the flow, moving from left to right at the top and right to left at the bottom.

- **Marked Points:** The diagram includes labeled points (1, 2, 3, 4) to indicate key sections or junctions within the piping system.

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