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1. Explain the difference between earth ground and a common reference point ground. 2. Explain how a negative voltage can be obtained from a voltage divider. Explain the effects upon I, V, and R, if any. 3. Explain, in your own words, what is meant by bleeder current.

1. Explain the difference between earth ground and a common reference point ground. 2. Explain how a negative voltage can be obtained from a voltage divider. Explain the effects upon I, V, and R, if any. 3. Explain, in your own words, what is meant by bleeder 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
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Тар А 1. Explain the difference between earth ground and a common reference point ground. I, = IR3 + lana A IR = IR, + loe Load A R3 + 50 V 100 mA 2. Explain how a negative voltage can be obtained from a voltage divider. Explain the effects upon I, V, and R, if any. Таp В :Vy = 50 V Load B 3. Explain, in your own words, what is meant by bleeder current. R2 +30 V 30 mA Land C Тар С 4. Explain the difference, if any, between a loaded voltage divider and a series- parallel circuit. Ig = IR, Load C + 10 V 20 mA >R, 1g (bleeder) 5. Explain how the circuit of Fig. 7-4.1 would be affected if: A. R2 were short-circuited B. R2 were opened Fig. 7-4.1 Loaded voltage divider.
Transcribed Image Text:Тар А 1. Explain the difference between earth ground and a common reference point ground. I, = IR3 + lana A IR = IR, + loe Load A R3 + 50 V 100 mA 2. Explain how a negative voltage can be obtained from a voltage divider. Explain the effects upon I, V, and R, if any. Таp В :Vy = 50 V Load B 3. Explain, in your own words, what is meant by bleeder current. R2 +30 V 30 mA Land C Тар С 4. Explain the difference, if any, between a loaded voltage divider and a series- parallel circuit. Ig = IR, Load C + 10 V 20 mA >R, 1g (bleeder) 5. Explain how the circuit of Fig. 7-4.1 would be affected if: A. R2 were short-circuited B. R2 were opened Fig. 7-4.1 Loaded voltage divider.
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