Please fill the table using given data **Pump Configuration Data**This table presents data on different pump configurations and their corresponding pressure and discharge values.**Pumps in Parallel:**- **P₁:** - Pressure: 2.0 psi - Discharge: 5.1 gpm- **P₁ // P₂:** - Pressure: 4.5 psi - Discharge: 17.0 gpm- **P₁ // P₂ // P₃:** - Pressure: 5.0 psi - Discharge: 22.0 gpm**Pumps in Series:**- **P₁:** - Pressure: 3.0 psi - Discharge: 5.2 gpm- **P₁ + P₂:** - Pressure: 5.3 psi - Discharge: 5.2 gpm- **P₁ + P₂ + P₃:** - Pressure: 8.6 psi - Discharge: 5.2 gpm**Combination Pumps:**- **P₁:** - Pressure: 2.9 psi - Discharge: 5.2 gpm- **P₁ + (P₂ // P₃):** - Pressure: 6.0 psi - Discharge: 6.0 gpmThis table compares the effects of different pump configurations, illustrating how pressure and discharge vary with pumps in parallel, series, and combination configurations. ---**Pump Data**| **Pump Configuration** | **Pressure (psi)** | **Discharge (gpm)** | **Draw Schematic of Configuration** ||----------------------------|---------------------|---------------------|------------------------------------|| **Pumps in Parallel** | | | || \( P_1 \) | | | || \( P_1 \parallel P_2 \) | | | || \( P_1 \parallel P_2 \parallel P_3 \) | | | || **Pumps in Series** | | | || \( P_1 \) | | 5.2 | || \( P_1 + P_2 \) | | 5.2 | || \( P_1 + P_2 + P_3 \) | | 5.2 | || **Combination Pumps** | | | || \( P_1 \) | | 5.2 | || \( P_1 + (P_2 \parallel P_3) \) | | | |**Notes:**- The table outlines different pump configurations, their corresponding pressure in psi (pounds per square inch), discharge rate in gpm (gallons per minute), and provides space to draw a schematic of each configuration.- In the "Pumps in Series" and "Combination Pumps" sections, the discharge rate is consistently 5.2 gpm.- The table does not provide specific pressure data or schematic diagrams; these are areas intended for further input or analysis.---

Pump Pump is a mechanical device which is used to convert the mechanical energy into pressure…

Answered: Please fill the table using given data

Engineering

Mechanical Engineering

Please fill the table using given data

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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Please fill the table using given data

**Pump Configuration Data**

This table presents data on different pump configurations and their corresponding pressure and discharge values.

**Pumps in Parallel:**

- **P₁:**
- Pressure: 2.0 psi
- Discharge: 5.1 gpm

- **P₁ // P₂:**
- Pressure: 4.5 psi
- Discharge: 17.0 gpm

- **P₁ // P₂ // P₃:**
- Pressure: 5.0 psi
- Discharge: 22.0 gpm

**Pumps in Series:**

- **P₁:**
- Pressure: 3.0 psi
- Discharge: 5.2 gpm

- **P₁ + P₂:**
- Pressure: 5.3 psi
- Discharge: 5.2 gpm

- **P₁ + P₂ + P₃:**
- Pressure: 8.6 psi
- Discharge: 5.2 gpm

**Combination Pumps:**

- **P₁:**
- Pressure: 2.9 psi
- Discharge: 5.2 gpm

- **P₁ + (P₂ // P₃):**
- Pressure: 6.0 psi
- Discharge: 6.0 gpm

This table compares the effects of different pump configurations, illustrating how pressure and discharge vary with pumps in parallel, series, and combination configurations.

---

**Pump Data**

| **Pump Configuration** | **Pressure (psi)** | **Discharge (gpm)** | **Draw Schematic of Configuration** |
|----------------------------|---------------------|---------------------|------------------------------------|
| **Pumps in Parallel** | | | |
| \( P_1 \) | | | |
| \( P_1 \parallel P_2 \) | | | |
| \( P_1 \parallel P_2 \parallel P_3 \) | | | |
| **Pumps in Series** | | | |
| \( P_1 \) | | 5.2 | |
| \( P_1 + P_2 \) | | 5.2 | |
| \( P_1 + P_2 + P_3 \) | | 5.2 | |
| **Combination Pumps** | | | |
| \( P_1 \) | | 5.2 | |
| \( P_1 + (P_2 \parallel P_3) \) | | | |

**Notes:**

- The table outlines different pump configurations, their corresponding pressure in psi (pounds per square inch), discharge rate in gpm (gallons per minute), and provides space to draw a schematic of each configuration.
- In the "Pumps in Series" and "Combination Pumps" sections, the discharge rate is consistently 5.2 gpm.
- The table does not provide specific pressure data or schematic diagrams; these are areas intended for further input or analysis.

---

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