A circuit has 375 μS of conductance. Calculate the circuit resistance
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A circuit has 375 μS of conductance. Calculate the circuit resistance
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- Question: a.) Find the equivalent resistance between points A and B in the given figure. b.) Calculate the current in each resistor if a terminal voltage of 53V is applied between points a and b.calculate the resistance value in ohms for the following conductance values: (a) 0.001 (b) 0.01A wire having a resistance of 3 ohm has a length of 3.3 m and cross sectional area of 0.0177 m2. What will be the resistivity of the wire?
- q1 A cell has a terminal voltage that changes from 1.5 volts to 1.4 volts when a 10 ohm load is connected. It’s internal resistance is q2 If at a given temperature the length of a copper conductor is decreased, then the resistivityA current 0.25 A exits in a 60-ohm lamp. The potential difference isHow much is the current, I, at each of the following points? a. Point A b. Point B c. Point C d. Point D e. Point E f. Point F, in the cireuit below? R, = 10 N E F Applied voltage V, R = 20 N A 100 mA B C R = 30 N
- A 100 μA ammeter has an internal resistance of 100 2. For extending its range to measure 500 µA, the required shunt resistance is?What is the effect of decrease in voltage at constant resistance on a current according to ohms lawA 6v source is connected to 100 ohm resistor by two 12 ft lengths of 18 gauge copper wire. The total resistance is the resistance of both wires added to the 100 ohm resistor. Determine the following: a) Current b) Resistor voltage drop c) Voltage drop across each length of wire
