1-18 What is the current of the circuit? A. Volts B. 5 Amps C. 5 Amps D. 2 Amps V1 1 V A. W = V² x Q B. W = A² x Q C. W=AxVxQ D. W=Q/AxV R1 >0.50 Figure 1-7 Calculate the current in this circuit. 1-19 The watt (W) is the unit for electrical power, where P = I x V. Express the watt in terms of ohms (2), amperes (A), and/or volts (V):

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1-18 What is the current of the circuit?
A. Volts
B. 5 Amps
C. 5 Amps
D. 2 Amps
V1
-1 V
A. W = V² x Q
B. W = A² x Q
C. W = A x V x Q
D. W=Q/AX V
R1
$0.50
Figure 1-7 Calculate the current in this circuit.
1-19 The watt (W) is the unit for electrical power, where P = I x V. Express the watt in
terms of ohms (2), amperes (A), and/or volts (V):
1-20 Were your observations from the simulated circuit in the Simulate step consistent
with your calculations from the Exercise step? If not, why do you think that is?
Transcribed Image Text:1-18 What is the current of the circuit? A. Volts B. 5 Amps C. 5 Amps D. 2 Amps V1 -1 V A. W = V² x Q B. W = A² x Q C. W = A x V x Q D. W=Q/AX V R1 $0.50 Figure 1-7 Calculate the current in this circuit. 1-19 The watt (W) is the unit for electrical power, where P = I x V. Express the watt in terms of ohms (2), amperes (A), and/or volts (V): 1-20 Were your observations from the simulated circuit in the Simulate step consistent with your calculations from the Exercise step? If not, why do you think that is?
Expert Solution
Step 1: What is current

Current" typically refers to the flow of electric charge in a circuit. It is measured in Amperes (A) and represents the rate at which electrons move through a conductor.

Power" refers to the rate at which work is done or energy is transferred in an electrical circuit. It is measured in Watts (W). 

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