Please convert the below content to rendered equations without any changes and errors. To calculate the **power consumed by the motor**, we use the basic electrical power formula:

[
P = V imes I
]

Question

Please convert the below content to rendered equations without any changes and errors. To calculate the **power consumed by the motor**, we use the basic electrical power formula:

[
P = V 	imes I
]

Where:

* (P) = Power (Watts)
* (V) = Voltage (Volts)
* (I) = Current (Amperes)

### Given:

* Voltage (V = 960\ 	ext{V})
* Current (I = 15\ 	ext{A})

### Step-by-Step Calculation:

[
P = 960 	imes 15
]

[
P = 14400\ 	ext{W}
]

### Convert to kilowatts:

[
14400\ 	ext{W} = 14.4\ 	ext{kW}
]

✅ **Final Answer:**
**Power consumed by the motor = 14,400 W (or 14.4 kW)** ⚡

If you'd like, I can also show you a **quick shortcut method used in exams** to solve these power questions in seconds.

VIPSolutions · Accepted Answer

# Power Consumed by the Motor

To calculate the **power consumed by the motor**, we use the basic electrical power formula:

$$
P = V \times I
$$

Where:

- $ P $ = Power (Watts)
- $ V $ = Voltage (Volts)
- $ I $ = Current (Amperes)

## Given

- Voltage: $ V = 960\ \text{V} $
- Current: $ I = 15\ \text{A} $

## Step-by-Step Calculation

$$
P = 960 \times 15
$$

$$
P = 14400\ \text{W}
$$

## Convert to Kilowatts

$$
14400\ \text{W} = 14.4\ \text{kW}
$$

---

✅ **Final Answer:**  
**Power consumed by the motor = 14,400 W (or 14.4 kW)** ⚡

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