Instructions • Use your electric symbol guide. • Draw a circuit for each of the following scenarios. • Label the circuit with all information given in the prompt о Volts V unit of electric potential о Watts W unit of power (use) ° Ohms unit of resistance о Series: Items are all on one loop connected to the sides of the power source (battery) о Parallel: items are on separate loops connected to the sides of the power source (battery) Prompts 1. Draw a circuit with a 9 volt battery, a switch, and a 9 watt light bulb 2. Draw a circuit with a 120 volt ac power source and two 70 watt light bulbs in parallel. 3. Draw a circuit with a 120 volt ac power source, a 110 watt resistor, and a 70 watt bulb in parallel and 2 switches (one on each branch). 4. Draw a circuit with three (3) 1.5 volt batteries in series with 1 lightbulb with a resistance of 10 ohms 5. Draw a circuit with a 120 volt ac power source, and 3 resistors in parallel. 6. Draw a circuit with a 20 volt battery and three 10 watt light bulbs in series 7. Draw a circuit with a 120 volt ac power source, a switch, and a motor with a resistance of 22 ohms in series. 8. Draw a circuit with a 3.7 volt battery, a 10 ohm buzzer, a 12 ohm resistor, and a 15 ohm bulb all in parallel. 9. Draw a circuit with two (2) 9 volt batteries with one 10 watt bulb on 2 parallel branches
Instructions • Use your electric symbol guide. • Draw a circuit for each of the following scenarios. • Label the circuit with all information given in the prompt о Volts V unit of electric potential о Watts W unit of power (use) ° Ohms unit of resistance о Series: Items are all on one loop connected to the sides of the power source (battery) о Parallel: items are on separate loops connected to the sides of the power source (battery) Prompts 1. Draw a circuit with a 9 volt battery, a switch, and a 9 watt light bulb 2. Draw a circuit with a 120 volt ac power source and two 70 watt light bulbs in parallel. 3. Draw a circuit with a 120 volt ac power source, a 110 watt resistor, and a 70 watt bulb in parallel and 2 switches (one on each branch). 4. Draw a circuit with three (3) 1.5 volt batteries in series with 1 lightbulb with a resistance of 10 ohms 5. Draw a circuit with a 120 volt ac power source, and 3 resistors in parallel. 6. Draw a circuit with a 20 volt battery and three 10 watt light bulbs in series 7. Draw a circuit with a 120 volt ac power source, a switch, and a motor with a resistance of 22 ohms in series. 8. Draw a circuit with a 3.7 volt battery, a 10 ohm buzzer, a 12 ohm resistor, and a 15 ohm bulb all in parallel. 9. Draw a circuit with two (2) 9 volt batteries with one 10 watt bulb on 2 parallel branches
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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
Transcribed Image Text:Instructions
Use your electric symbol guide.
Draw a circuit for each of the following scenarios.
• Label the circuit with all information given in the prompt
Prompts
Volts V unit of electric potential
。 Watts = W unit of power (use)
Ohms = unit of resistance
Series: Items are all on one loop connected to the sides of the power source
(battery)
Parallel: items are on separate loops connected to the sides of the power
source (battery)
1. Draw a circuit with a 9 volt battery, a switch, and a 9 watt light bulb
2. Draw a circuit with a 120 volt ac power source and two 70 watt light bulbs in parallel.
3. Draw a circuit with a 120 volt ac power source, a 110 watt resistor, and a 70 watt
bulb in parallel and 2 switches (one on each branch).
4. Draw a circuit with three (3) 1.5 volt batteries in series with 1 lightbulb with a
resistance of 10 ohms
5. Draw a circuit with a 120 volt ac power source, and 3 resistors in parallel.
6. Draw a circuit with a 20 volt battery and three 10 watt light bulbs in series
7. Draw a circuit with a 120 volt ac power source, a switch, and a motor with a
resistance of 22 ohms in series.
8. Draw a circuit with a 3.7 volt battery, a 10 ohm buzzer, a 12 ohm resistor, and a 15
ohm bulb all in parallel.
9. Draw a circuit with two (2) 9 volt batteries with one 10 watt bulb on 2 parallel
branches
10. Draw a circuit with a 120 volts ac power source, six (6) 10 watt light bulbs and a
switch on one circuit, and a 10 ohm resistor and 45 watt lightbulb and a switch on a
parallel circuit.
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