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1. Convert 3.24KW-Hr to (a) BTU per hour (c) Cal. per sec (b) N.m (d) kJ 2. The voltage across any part of a circuit is equal to the resistance in Ohms. of the current in amperes and the 3. In a series circuit the current is the equal to the in any part of the circuit and the total emf (source) is of the voltages across each resistor

1. Convert 3.24KW-Hr to (a) BTU per hour (c) Cal. per sec (b) N.m (d) kJ 2. The voltage across any part of a circuit is equal to the resistance in Ohms. of the current in amperes and the 3. In a series circuit the current is the equal to the in any part of the circuit and the total emf (source) is of the voltages across each resistor

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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1. Convert 3.24kW-Hr to (a) BTU per hour (c) Cal. per sec (b) N.m (d) kJ 2. The voltage across any part of a circuit is equal to the resistance in Ohms. of the current in amperes and the 3. In a series circuit the current is the. equal to the in any part of the circuit and the total emf (source) is of the voltages across each resistor 4. System efficiency when maximum power is transferred or delivered is , i.e. power output to power losses. (а) 60%. (c) 50%. (b) 150%. (d) 200%. 5. In parallel circuit the emf across each resistor is the of all branch currents and the total current is equal to the 6. Express 3,600,000 kJoules to (а) BTU (b) Calories 7. Ohm's Law states that, for a steady current, the current in a circuit is total emf acting in the circuit and is proportional to the proportional to the total resistance. 8. is the rate of doing work, or rate of expenditure of energy, and its unit is
Transcribed Image Text:1. Convert 3.24kW-Hr to (a) BTU per hour (c) Cal. per sec (b) N.m (d) kJ 2. The voltage across any part of a circuit is equal to the resistance in Ohms. of the current in amperes and the 3. In a series circuit the current is the. equal to the in any part of the circuit and the total emf (source) is of the voltages across each resistor 4. System efficiency when maximum power is transferred or delivered is , i.e. power output to power losses. (а) 60%. (c) 50%. (b) 150%. (d) 200%. 5. In parallel circuit the emf across each resistor is the of all branch currents and the total current is equal to the 6. Express 3,600,000 kJoules to (а) BTU (b) Calories 7. Ohm's Law states that, for a steady current, the current in a circuit is total emf acting in the circuit and is proportional to the proportional to the total resistance. 8. is the rate of doing work, or rate of expenditure of energy, and its unit is
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