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Which of the following is equivalent to Watts? Select all that apply Amps squared. Ohms Amps . Ohms Volts . Amps Volts squared / Ohms For loop CEFDC, what is the total voltage with 40 V for V4 , 80 V for V5 , and including 120 V for V3 ? V, = 30 V R, = 5 0 R¸ = 10 N E |4 = 6 A Iz = 2 A I4s = 4 A R = 60 Ω V3 R5 = 20 Ω Vs V, = 240 V Iz = 2 A | = 6 A |Ias = 4 A R, = 15 N V = 90 V 120V 80V 240V OV

Which of the following is equivalent to Watts? Select all that apply Amps squared. Ohms Amps . Ohms Volts . Amps Volts squared / Ohms For loop CEFDC, what is the total voltage with 40 V for V4 , 80 V for V5 , and including 120 V for V3 ? V, = 30 V R, = 5 0 R¸ = 10 N E |4 = 6 A Iz = 2 A I4s = 4 A R = 60 Ω V3 R5 = 20 Ω Vs V, = 240 V Iz = 2 A | = 6 A |Ias = 4 A R, = 15 N V = 90 V 120V 80V 240V OV

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Which of the following is equivalent to Watts? Select all that apply Amps squared . Ohms Amps . Ohms Volts . Amps Volts squared / Ohms For loop CEFDC, what is the total voltage with 40 V for V4 , 80 V for V5 , and including 120 V for V3 ? V, = 30 V R, = 5 N R¸ = 10 N E |4 = 6 A Iz = 2 A I45 4 A R3 = 60 N R, = 20 Ω V3 V, = 240 V Iz = 2 A |, = 6 A Is = 4 A в R = 15 N V = 90 V 120V 80V 240V ov
Transcribed Image Text:Which of the following is equivalent to Watts? Select all that apply Amps squared . Ohms Amps . Ohms Volts . Amps Volts squared / Ohms For loop CEFDC, what is the total voltage with 40 V for V4 , 80 V for V5 , and including 120 V for V3 ? V, = 30 V R, = 5 N R¸ = 10 N E |4 = 6 A Iz = 2 A I45 4 A R3 = 60 N R, = 20 Ω V3 V, = 240 V Iz = 2 A |, = 6 A Is = 4 A в R = 15 N V = 90 V 120V 80V 240V ov
The total resistance of a series circuit: O increases as more loads are connected in series. O is the quotient of the total voltage and the total current. O decreases as more loads are connected in series. O is the sum of the individual load resistances. For the circuit shown, the voltage drop across resistor R3 would be: IT R2= 220 12 13 14 R = 600 R3= 100 30 V 400 O 22V. O 10v O BV A 12V For the circuit shown, the current flow through resistor R1 would be: IT R2= 220 12 R3= 100 R4= 400 30 V 600 O BA E 1.5A O 6A E 0.5A
Transcribed Image Text:The total resistance of a series circuit: O increases as more loads are connected in series. O is the quotient of the total voltage and the total current. O decreases as more loads are connected in series. O is the sum of the individual load resistances. For the circuit shown, the voltage drop across resistor R3 would be: IT R2= 220 12 13 14 R = 600 R3= 100 30 V 400 O 22V. O 10v O BV A 12V For the circuit shown, the current flow through resistor R1 would be: IT R2= 220 12 R3= 100 R4= 400 30 V 600 O BA E 1.5A O 6A E 0.5A
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