•EC. 1.5 THEVENIN'S THEOREM 1. In the circuit of Figure 1.19, what is Thevenin's tension? What about the Thevenin's resistance? 2. Use Thevenin's theorem to calculate the current by the load in the circuit of Figure 1.19 for each of the following load resistances: 0, 1 kohm, 2 kohm, 3 kohm, 4 kohm, 5 k ohm And 6 kohm. 3. The value of the voltage source in Figure 1.19 decreases to 18V. What is Thevenin's tension now? And the resistance of Thevenin? 4. In the circuit of Figure 1.19, the value of all resistances is doubled. What happens to Thevenin's tension? And with Thevenin's resistance
•EC. 1.5 THEVENIN'S THEOREM 1. In the circuit of Figure 1.19, what is Thevenin's tension? What about the Thevenin's resistance? 2. Use Thevenin's theorem to calculate the current by the load in the circuit of Figure 1.19 for each of the following load resistances: 0, 1 kohm, 2 kohm, 3 kohm, 4 kohm, 5 k ohm And 6 kohm. 3. The value of the voltage source in Figure 1.19 decreases to 18V. What is Thevenin's tension now? And the resistance of Thevenin? 4. In the circuit of Figure 1.19, the value of all resistances is doubled. What happens to Thevenin's tension? And with Thevenin's resistance
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter19: Capacitors
Section: Chapter Questions
Problem 1RQ: 1. What is the dielectric?
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•EC. 1.5 THEVENIN'S THEOREM
1. In the circuit of Figure 1.19, what is Thevenin's tension? What about the Thevenin's resistance?
2. Use Thevenin's theorem to calculate the current by the load in the circuit of Figure 1.19 for each of the following load resistances: 0, 1 kohm, 2 kohm, 3 kohm, 4 kohm, 5 k ohm And 6 kohm.
3. The value of the voltage source in Figure 1.19 decreases to 18V. What is Thevenin's tension now? And the resistance of Thevenin?
4. In the circuit of Figure 1.19, the value of all resistances is doubled. What happens to Thevenin's tension? And with Thevenin's resistance?
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