**Task for Thermal-Fluid Systems**For each of the following thermal-fluid systems:1. **Draw a Picture or Diagram**: - Create a visual representation that accurately depicts the system being analyzed.2. **Define a System Boundary or Control Volume Boundary**: - Specify the limits of the system or the control volume within which the analysis will be conducted.3. **Define as Open or Closed**: - Determine if the system is open (allows mass transfer across boundaries) or closed (mass remains constant within the boundaries).4. **Define as Unsteady or Steady State**: - Identify whether the system operates in unsteady (changing with time) or steady state (remains constant over time).5. **Identify All Mass, Energy, and Heat Flows**: - Outline all exchanges of mass and energy, including heat transfer, that occur within the system.6. **State Any Assumptions About the Interactions of the Control Volume with Its Surroundings**: - Clearly state assumptions made regarding how the system interacts with the environment and surrounding systems.**Systems to Analyze:**2a. Window A/C Unit 2b. Geothermal Energy Plant 2c. Cooling Tower for Service Water 2d. Household Solar Hot Water System

Thermal Fluid System **Note-As per our company policy we are supposed to do only three…

Answered: 2. For the following thermal-fluid…

2. For the following thermal-fluid systems: Draw a picture or diagram Define a system boundary or control volume boundary Define as open or closed

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

**Task for Thermal-Fluid Systems**

For each of the following thermal-fluid systems:

1. **Draw a Picture or Diagram**:
- Create a visual representation that accurately depicts the system being analyzed.

2. **Define a System Boundary or Control Volume Boundary**:
- Specify the limits of the system or the control volume within which the analysis will be conducted.

3. **Define as Open or Closed**:
- Determine if the system is open (allows mass transfer across boundaries) or closed (mass remains constant within the boundaries).

4. **Define as Unsteady or Steady State**:
- Identify whether the system operates in unsteady (changing with time) or steady state (remains constant over time).

5. **Identify All Mass, Energy, and Heat Flows**:
- Outline all exchanges of mass and energy, including heat transfer, that occur within the system.

6. **State Any Assumptions About the Interactions of the Control Volume with Its Surroundings**:
- Clearly state assumptions made regarding how the system interacts with the environment and surrounding systems.

**Systems to Analyze:**

2a. Window A/C Unit
2b. Geothermal Energy Plant
2c. Cooling Tower for Service Water
2d. Household Solar Hot Water System

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