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With the switch closed/current flowing in the circuit, record the current that is flowing out of the light bulb and back to the battery. The current is

With the switch closed/current flowing in the circuit, record the current that is flowing out of the light bulb and back to the battery. The current is

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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### Understanding the Ammeter and Series Circuits **What is an Ammeter?** An ammeter is a tool designed to measure the electric current (technically referred to as an "ampmeter") that flows through a circuit. In this simulation, ammeters can be accessed from the toolbar located in the upper right corner. **How to Use an Ammeter:** When current flows through the meter, a numerical value will appear, replacing the question mark initially displayed on the ammeter. ![Toolbar screenshot with options to show current, electrons, conventional flow, labels, and values. There are icons for a voltmeter, ammeter, and a wire resistivity option.] **Building and Testing a Series Circuit:** 1. **Construct the Circuit:** - Assemble a simple series circuit using a battery, switch, single light bulb, and ammeter, as depicted in the image. - *Note:* The switch isn't strictly necessary, but it helps prevent the image from revealing the answers. 2. **Measure the Current:** - With the switch closed (allowing current to flow), observe and record the current flowing from the light bulb back to the battery. - **Enter Measurement:** The current is ______ A. ![Diagram of a circuit with a battery, switch, and a light bulb. The ammeter shows a current of 0.00 A.] 3. **Reconfigure and Measure Again:** - Rearrange the circuit by switching the positions of the light bulb and the battery, ensuring the ammeter is placed before the bulb. - Again, with the switch closed and current flowing, record the current exiting the battery and entering the light bulb. - **Enter Measurement:** The current is ______ A. ![Diagram of a circuit with a reconfigured setup showing the ammeter before the light bulb. The ammeter shows a current of 0.00 A.] Finally, click "Check" to verify your recorded measurements.
Transcribed Image Text:### Understanding the Ammeter and Series Circuits **What is an Ammeter?** An ammeter is a tool designed to measure the electric current (technically referred to as an "ampmeter") that flows through a circuit. In this simulation, ammeters can be accessed from the toolbar located in the upper right corner. **How to Use an Ammeter:** When current flows through the meter, a numerical value will appear, replacing the question mark initially displayed on the ammeter. ![Toolbar screenshot with options to show current, electrons, conventional flow, labels, and values. There are icons for a voltmeter, ammeter, and a wire resistivity option.] **Building and Testing a Series Circuit:** 1. **Construct the Circuit:** - Assemble a simple series circuit using a battery, switch, single light bulb, and ammeter, as depicted in the image. - *Note:* The switch isn't strictly necessary, but it helps prevent the image from revealing the answers. 2. **Measure the Current:** - With the switch closed (allowing current to flow), observe and record the current flowing from the light bulb back to the battery. - **Enter Measurement:** The current is ______ A. ![Diagram of a circuit with a battery, switch, and a light bulb. The ammeter shows a current of 0.00 A.] 3. **Reconfigure and Measure Again:** - Rearrange the circuit by switching the positions of the light bulb and the battery, ensuring the ammeter is placed before the bulb. - Again, with the switch closed and current flowing, record the current exiting the battery and entering the light bulb. - **Enter Measurement:** The current is ______ A. ![Diagram of a circuit with a reconfigured setup showing the ammeter before the light bulb. The ammeter shows a current of 0.00 A.] Finally, click "Check" to verify your recorded measurements.
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