Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Determine the i1, i2 and i3.
Determine the power dissipated in each resistor.
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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?arrow_forwardConsider the circuit given below. V₁ 192 552 992 www 3 V 60 752 If V₁ = 4 V, calculate the power dissipated by each resistor in the circuit. (Round the final answer to four decimal places.) The power dissipated by the 1-2 resistor is The power dissipated by the 6-2 resistor is The power dissipated by the 9-02 resistor is The power dissipated by the 7-22 resistor is The power dissipated by the 5-2 resistor is W. W. mW. W. W.arrow_forwardFor a basic electrical circuit what 3 components do you needarrow_forward
- Question #3 Imagine you have a Buzzer BZ1 with a resistance of 5600 and two lamps L1 and L2 with a resistance of 2002 each connected in series to a Battery of 6 Volt as shown in the diagram below 6V BZ1 - 560 Ohms. L1 20 Ohms L2-20 Ohms Calculate the power of the Buzzer BZ1, the Lamps L1 and L2 and the power of the Batteryarrow_forwardFor the circuit shown below, an ammeter connected across the output of the black box reads .04A while a voltmeter connected across the same two points reads 6V. Determine the equivalent Thevenin resistance and voltage as seen between those points.arrow_forward
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