A 9-volt battery is connected to a lightbulb as shown below. The lightbulb has a resistance of 50 ohms. What is the current (in A) that flows through the lightbulb?

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A 9-volt battery is connected to a lightbulb as shown below. The lightbulb has a resistance of 50 ohms. What is the current (in A) that flows through the lightbulb? 

**Basic Circuit Diagram Explanation**

This diagram illustrates a simple electrical circuit consisting of a battery and a light bulb. 

- **Battery**: The battery is depicted on the left side and is represented with positive (+) and negative (-) terminals. The voltage of the battery is denoted by the symbol \( V \).

- **Light Bulb**: On the right side, there is a light bulb indicating the output device being powered by the battery. The bulb is shown as lit, representing the flow of electric current.

- **Circuit Path**: A wire connects the positive terminal of the battery to the light bulb and then returns from the light bulb back to the negative terminal, forming a complete loop.

- **Current**: The flow of electric current through the circuit is depicted by an arrow labeled \( I \), indicating the direction of flow from the positive to the negative terminal of the battery.

In this circuit, the voltage (\( V \)) provided by the battery creates a potential difference, enabling the current (\( I \)) to flow through the circuit, thereby lighting up the bulb. This basic setup demonstrates a closed-loop circuit crucial for powering electrical devices.
Transcribed Image Text:**Basic Circuit Diagram Explanation** This diagram illustrates a simple electrical circuit consisting of a battery and a light bulb. - **Battery**: The battery is depicted on the left side and is represented with positive (+) and negative (-) terminals. The voltage of the battery is denoted by the symbol \( V \). - **Light Bulb**: On the right side, there is a light bulb indicating the output device being powered by the battery. The bulb is shown as lit, representing the flow of electric current. - **Circuit Path**: A wire connects the positive terminal of the battery to the light bulb and then returns from the light bulb back to the negative terminal, forming a complete loop. - **Current**: The flow of electric current through the circuit is depicted by an arrow labeled \( I \), indicating the direction of flow from the positive to the negative terminal of the battery. In this circuit, the voltage (\( V \)) provided by the battery creates a potential difference, enabling the current (\( I \)) to flow through the circuit, thereby lighting up the bulb. This basic setup demonstrates a closed-loop circuit crucial for powering electrical devices.
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