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sing the ‪Circuit Construction Kit: DC - Virtual Lab‬: https://lms.lausd.net/link?a=2627105032&path=https%3A%2F%2Fphet.colorado.edu%2Fsims%2Fhtml%2Fcircuit-construction-kit-dc-virtual-lab%2Flatest%2Fcircuit-construction-kit-dc-virtual-lab_en.html Can you assist me in creating a circuit with three light bulbs (source of resistance) with different resistance in parallel with one battery The steps given are: Place an ammeter in the circuit before the first light bulb to measure the current through (I) the first bulb. Place an ammeter in the circuit before the other bulbs to measure the current through (I) each of the other bulbs. Place voltmeter probes across each light bulb and record the voltage across (V) each light bulb. Draw a schematic of your circuit with the V, R1, R2, R3 , and I labeled

sing the ‪Circuit Construction Kit: DC - Virtual Lab‬: https://lms.lausd.net/link?a=2627105032&path=https%3A%2F%2Fphet.colorado.edu%2Fsims%2Fhtml%2Fcircuit-construction-kit-dc-virtual-lab%2Flatest%2Fcircuit-construction-kit-dc-virtual-lab_en.html Can you assist me in creating a circuit with three light bulbs (source of resistance) with different resistance in parallel with one battery The steps given are: Place an ammeter in the circuit before the first light bulb to measure the current through (I) the first bulb. Place an ammeter in the circuit before the other bulbs to measure the current through (I) each of the other bulbs. Place voltmeter probes across each light bulb and record the voltage across (V) each light bulb. Draw a schematic of your circuit with the V, R1, R2, R3 , and I labeled

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Using the ‪Circuit Construction Kit: DC - Virtual Lab‬: https://lms.lausd.net/link?a=2627105032&path=https%3A%2F%2Fphet.colorado.edu%2Fsims%2Fhtml%2Fcircuit-construction-kit-dc-virtual-lab%2Flatest%2Fcircuit-construction-kit-dc-virtual-lab_en.html

  • Can you assist me in creating a circuit with three light bulbs (source of resistance) with different resistance in parallel with one battery
  • The steps given are:
  • Place an ammeter in the circuit before the first light bulb to measure the current through (I) the first bulb.
  • Place an ammeter in the circuit before the other bulbs to measure the current through (I) each of the other bulbs.
  • Place voltmeter probes across each light bulb and record the voltage across (V) each light bulb.
  • Draw a schematic of your circuit with the V, R1, R2, R3 , and I labeled
  • a table to record the measurements. Record for each resistor: V, and I like this.

    R (Ω)

    I (A)

    through the resistor

    V (V)

    across the resistor

     

     

     

     

     

     

     

     

     

     

    1. What do you notice about the relationship between the different currents?

    2. What do you notice about the relationship between the different voltages?

### Series Circuit with Light Bulbs - Educational Overview **Description:** This interactive image demonstrates a series circuit containing three light bulbs, each with a resistance of 10.0 Ω, a battery with a voltage of 9.0 V, and various measuring instruments. **Circuit Diagram:** 1. **Light Bulbs**: The circuit consists of three light bulbs arranged in series. Each light bulb has a resistance of 10.0 Ω. 2. **Current Meters (Ammeters)**: There are four ammeters placed at different sections of the circuit: - One near the top of the circuit indicating a current of 0.90 A. - One below the first light bulb also showing 0.90 A. - Another after the second light bulb verifying the current as 0.90 A. - One near the battery indicating a current of 2.70 A. 3. **Battery**: The battery provides 9.0 V to the series circuit. 4. **Voltmeter**: Attached to the circuit to measure voltage, with its probes placed near the bottom. **Controls & Options:** - **Current Direction**: Options to toggle between showing electron flow (Electrons) and conventional current flow (Conventional). Electron flow is selected. - **Labels**: Checkboxes to display labels and values, both of which are checked. - **Additional Settings**: Buttons to adjust wire resistivity and battery resistance. **Flow of Electrons**: - The diagram shows the flow of electrons through the circuit. With electron flow selected, the direction indicates the movement from negative to positive terminal of the battery. **Explanation of Values and Measurements**: - **Ammeters** measure the flow of current in different points of the circuit, consistently reporting 0.90 A in all positions within the network of resistors indicating they are in series with the same current flowing through them. - **Battery Current** reading of 2.70 A might be a discrepancy given typical understanding of series circuits. Reassessments or considerations of voltage drops or arrangement specifics might be needed. This educational tool helps visualize electric current, resistance, and voltage in a series circuit. It highlights how current remains consistent across components in a series and shows how voltage might be divided. It is especially useful in understanding the setup and behavior in practical electricity scenarios.
Transcribed Image Text:### Series Circuit with Light Bulbs - Educational Overview **Description:** This interactive image demonstrates a series circuit containing three light bulbs, each with a resistance of 10.0 Ω, a battery with a voltage of 9.0 V, and various measuring instruments. **Circuit Diagram:** 1. **Light Bulbs**: The circuit consists of three light bulbs arranged in series. Each light bulb has a resistance of 10.0 Ω. 2. **Current Meters (Ammeters)**: There are four ammeters placed at different sections of the circuit: - One near the top of the circuit indicating a current of 0.90 A. - One below the first light bulb also showing 0.90 A. - Another after the second light bulb verifying the current as 0.90 A. - One near the battery indicating a current of 2.70 A. 3. **Battery**: The battery provides 9.0 V to the series circuit. 4. **Voltmeter**: Attached to the circuit to measure voltage, with its probes placed near the bottom. **Controls & Options:** - **Current Direction**: Options to toggle between showing electron flow (Electrons) and conventional current flow (Conventional). Electron flow is selected. - **Labels**: Checkboxes to display labels and values, both of which are checked. - **Additional Settings**: Buttons to adjust wire resistivity and battery resistance. **Flow of Electrons**: - The diagram shows the flow of electrons through the circuit. With electron flow selected, the direction indicates the movement from negative to positive terminal of the battery. **Explanation of Values and Measurements**: - **Ammeters** measure the flow of current in different points of the circuit, consistently reporting 0.90 A in all positions within the network of resistors indicating they are in series with the same current flowing through them. - **Battery Current** reading of 2.70 A might be a discrepancy given typical understanding of series circuits. Reassessments or considerations of voltage drops or arrangement specifics might be needed. This educational tool helps visualize electric current, resistance, and voltage in a series circuit. It highlights how current remains consistent across components in a series and shows how voltage might be divided. It is especially useful in understanding the setup and behavior in practical electricity scenarios.
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