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C. DC source voltage: 24 2. Using Ohm's Law and your resistance and voltage measurements, calculate the expected current flow (A) in the DC and AC circuits: 24 VDC 6. A Calculated DC current: 120 _V AC 24 A Calculated AC current: ||

C. DC source voltage: 24 2. Using Ohm's Law and your resistance and voltage measurements, calculate the expected current flow (A) in the DC and AC circuits: 24 VDC 6. A Calculated DC current: 120 _V AC 24 A Calculated AC current: ||

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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Pls I need help with this study guide. I need help with 2,3,and 4 thank you. Dc resistance 5 ohms Ac source voltage 120 v Ac current 8 Amps
4. Determine the parallel-connected capacitance required to correct power factor to a specified level. Part I: Evaluation of Impedance, Power Factor and Phase Angle in an AC Irrigation Solenoid Valve Circuit. Directions: Complete each step as directed, recording your results in the appropriate blank. ven DC Reastale=5 0ohms AC vatoye = 120 volts AC Comot = 8 Amps 1. Make the following measurements and record your results. A. DC resistance: 5 B. AC source voltage: 12D V 120V =-24V C. DC source voltage: 24 V 2. Using Ohm's Law and your resistance and voltage measurements, calculate the expected current flow (A) in the DC and AC circuits: 24 VDc Calculated DC current: A 120 _V AC Calculated AC current: 24 A * 3. Connect the circuit to the DC power source and measure the DC current. Record below: Actual (measured) DC current: A Does this value agree (within a few hundredths of an amp) with your calculated value for the DC power source (from step 2)? YES NO (Circle your response) or * 4. Connect the circuit to the DC power source and measure the DC current. Record below: Actual (measured) AC current: A Does this value agree (within a few hundredths of an amp) with your calculated value for the AC power source (from step #2)? YES NO (Circle your response) or If "NO," do the calculated and measured amperage values by a little or by a lot? A LITTLE A LOT (Circle your response) or 典4
Transcribed Image Text:4. Determine the parallel-connected capacitance required to correct power factor to a specified level. Part I: Evaluation of Impedance, Power Factor and Phase Angle in an AC Irrigation Solenoid Valve Circuit. Directions: Complete each step as directed, recording your results in the appropriate blank. ven DC Reastale=5 0ohms AC vatoye = 120 volts AC Comot = 8 Amps 1. Make the following measurements and record your results. A. DC resistance: 5 B. AC source voltage: 12D V 120V =-24V C. DC source voltage: 24 V 2. Using Ohm's Law and your resistance and voltage measurements, calculate the expected current flow (A) in the DC and AC circuits: 24 VDc Calculated DC current: A 120 _V AC Calculated AC current: 24 A * 3. Connect the circuit to the DC power source and measure the DC current. Record below: Actual (measured) DC current: A Does this value agree (within a few hundredths of an amp) with your calculated value for the DC power source (from step 2)? YES NO (Circle your response) or * 4. Connect the circuit to the DC power source and measure the DC current. Record below: Actual (measured) AC current: A Does this value agree (within a few hundredths of an amp) with your calculated value for the AC power source (from step #2)? YES NO (Circle your response) or If "NO," do the calculated and measured amperage values by a little or by a lot? A LITTLE A LOT (Circle your response) or 典4
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