1. Five lamps are connected in series. Each lamp requires 16V and 0.1 A. Find the total voltage. 2. A material that offers low resistance to a current flow in one direction and a high resistance in the reverse direction. 3. If I inject a current gain of 4A in a transistor and a base voltage of 3.7V, what type of material allows freely the passage of electricity through itself? Semiconductor, Resistor, Insulator or Conductor 4. If I inject a current gain of 4A in a transistor and a base voltage of 3.7V, what type of material allows freely the passage of electricity through itself? 5. Two lamps x and y are connected in series. Lamp x is rated 50 watts at 100V, while lamp y is rated at 100 Watts at 100V also. Tue two lamps are to be connected in series across a 200V source. What resistance must be connected at lamp A so that each lamp will operate properly? 6. Which is not a source of DC EMF? Thermocouple, Inverter, Piezoelectric cell, or batteries 7. What is the maximum voltage that can be safely applied across a 1/4-Watt, 91-ohm resistor?
1. Five lamps are connected in series. Each lamp requires 16V and 0.1 A. Find the total voltage. 2. A material that offers low resistance to a current flow in one direction and a high resistance in the reverse direction. 3. If I inject a current gain of 4A in a transistor and a base voltage of 3.7V, what type of material allows freely the passage of electricity through itself? Semiconductor, Resistor, Insulator or Conductor 4. If I inject a current gain of 4A in a transistor and a base voltage of 3.7V, what type of material allows freely the passage of electricity through itself? 5. Two lamps x and y are connected in series. Lamp x is rated 50 watts at 100V, while lamp y is rated at 100 Watts at 100V also. Tue two lamps are to be connected in series across a 200V source. What resistance must be connected at lamp A so that each lamp will operate properly? 6. Which is not a source of DC EMF? Thermocouple, Inverter, Piezoelectric cell, or batteries 7. What is the maximum voltage that can be safely applied across a 1/4-Watt, 91-ohm resistor?
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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- Five lamps are connected in series. Each lamp requires 16V and 0.1 A. Find the total voltage.
- A material that offers low resistance to a current flow in one direction and a high resistance in the reverse direction.
- If I inject a current gain of 4A in a transistor and a base voltage of 3.7V, what type of material allows freely the passage of electricity through itself?
Semiconductor, Resistor, Insulator or Conductor
- If I inject a current gain of 4A in a transistor and a base voltage of 3.7V, what type of material allows freely the passage of electricity through itself?
- Two lamps x and y are connected in series. Lamp x is rated 50 watts at 100V, while lamp y is rated at 100 Watts at 100V also. Tue two lamps are to be connected in series across a 200V source. What resistance must be connected at lamp A so that each lamp will operate properly?
- Which is not a source of DC EMF?
Thermocouple, Inverter, Piezoelectric cell, or batteries
- What is the maximum voltage that can be safely applied across a 1/4-Watt, 91-ohm resistor?
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