Scientific Inquiry and Technology-Based Inquiry
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1 NESA Spring Educators Conference March 31- April 3, Athens, Greece Scientific Inquiry and Technology-Based Inquiry Simon Barakat Science Facilitator, Middle School G8 teacher American Community School at Beirut sbarakat@acs.edu.lb Maya Mouhaidly Science teacher, Middle School American Community School at Beirut mmouhaidly@acs.edu.lb The American Community School at Beirut Science Department Grade 8 Parallel and Series Circuits- Lab Activity Name: Section: Date:
2 Laboratory Objectives: To understand series and parallel circuit connections. Learn how to connect meters for reading current and voltage. Understand how voltage and current behave in a series and parallel circuit Introduction: In a series circuit there is only one path for the flow of charge, or current, as it leaves the power supply and travels through the circuit. Therefore all of the current from the power supply travels through each circuit component (light bulbs for example). An ammeter is used to measure the amount of current (in amps or milliamps) flowing in a circuit. An ammeter is always connected in series with the circuit component you are measuring. A voltmeter is used to measure potential energy difference, voltage (in volts or millivolts) across a circuit component. A voltmeter is always connected in parallel with the circuit component you are measuring. Materials: 3 light bulbs, 3 light bulbs stands, 6 alligator clip wires, 6V battery, multi-meter.
3 Procedure: Simple Circuit: 1. Build a simple circuit using 1 light bulb, 2 alligator clip wires, and a 6V battery. Observe the brightness of the bulb and draw your circuit in the space below: Series circuits: 2. Add another light bulb in series with the first one. Draw your circuit in the space below and compare the brightness of the 2 bulbs to the one light bulb in step one. Record your observation in the data table. Measuring Voltage in a series circuit: a. Using the voltmeter, measure the total voltage of the battery. How to use the voltmeter: Connect the red wire of the voltmeter to the V/Ω/Hz and the black wire to the COM. Set the rotating knob to 20 Volts in the (V- ) section. Connect the other two ends of the wires to the positive and negative terminals of the battery. (Red on positive and black on negative). (Refer to the multimeter diagram below) Record your reading in the data table. b. Measure the voltage across each light bulb. The voltmeter should be connected in parallel with the light bulb, as shown in the figure below. Record your reading in the data table.
4 Connection diagram Scientific diagram voltmeter connection Measuring current in a series circuit: c. Measure the current across each light bulb using the Ammeter. How to use the Ammeter: Connect the red wire of the ammeter to the 20A MAX and the black wire to the COM. Set the rotating knob to 2m in the (A-) section. The other two ends of the wires should be connected to the circuit in series, as shown in the figure below. Record your reading in the table below. Connection diagram Scientific diagram Ammeter connection Circuit type: simple or series Simple, 1 light bulb Observation of brightness Voltage reading Current reading
5 Series, 2 light bulbs Series, 3 light bulbs Light bulb 3: Light bulb 3: 3. Add a third light bulb in series with the first two. Draw your circuit in the space below and compare the brightness of the 3 bulbs to the one light bulb in step 1 and 2 light bulbs in step 2. Record your observation in the data table. a. Measure the voltage across each light bulb following the steps above. Record your reading in the data table. b. Measure the current across each light bulb following the steps above. Record your reading in the data table. Parallel Circuits: 1. Connect 2 light bulbs in parallel. Draw your circuit in the space below and compare the brightness of the 2 bulbs to the one light bulb in step 1 (simple circuit. Record your observation in the data table. Measuring voltage in a parallel circuit: a. Using the voltmeter, measure the total voltage of the battery.
6 How to use the voltmeter: Connect the red wire of the voltmeter to the V/Ω/Hz and the black wire to the COM. Set the rotating knob to 20 Volts in the (V- ) section. Connect the other two ends of the wires to the positive and negative terminals of the battery. (Red on positive and black on negative). Record your reading in the table below. b. Measure the voltage across each light bulb. The voltmeter should be connected in parallel with the light bulb, as shown in the figure below. Record your reading in the table below. Scientific diagram voltmeter connection Measuring Current in a parallel circuit: c. Measure the current across each light bulb using the Ammeter. How to use the ammeter: Connect the red wire of the ammeter to the 20A MAX and the black wire to the COM. Set the rotating knob to 2m in the (A-) section. The other two ends of the wires should be connected to the circuit in series, as shown in the figure below. Record your reading in the table below.
7 Scientific diagram Ammeter connection 2. Add a third light bulb in parallel with the first two. Draw your circuit in the space below and compare the brightness of the 3 bulbs to the one light bulb in step 1, and 2 light bulbs in step 2. Record your observation in the table below. d. Measure the voltage across each light bulb following the steps above. Record your reading in the table below. e. Measure the current across each light bulb following the steps above. Record your reading in the table below. Circuit type: parallel Observation of brightness 2 light bulbs Voltage reading Current reading 3 bulbs Light bulb 3: Light bulb 3:
8 Conclusion: Refer to your data table to answer questions 1 and 2 below: 1. How do voltage and current behave in a series circuit? Support your answer by numbers (from data table). 2. How do voltage and current behave in a parallel circuit? Support your answer by numbers (from data table).
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