In the network shown in figure, calculate the equivalent resistance between the points (a) A and B (b) A and C

In the circuit, there are two parts. In the first part, three resistors of 2 Ω each are connected in series. If the equivalent resistance of this part is R' s then R' s = (2 + 2 + 2) Ω = 6 Ω In the second part, the resistance of first part (R' s = 6 Ω ) and 2 Ω are connected in parallel. If the equivalent resistance of this part is R p then R p = 1.5 Ω (b) In the circuit, there are three parts. In the first part, two resistors of 2 Ω each are connected in series. If the equivalent resistance of this part is R' s then R' s = (2 + 2) Ω = 4 Ω In the second part, two resistors of 2 Ω each are connected in series. If the equivalent resistance of this part is R'' s then R'' s = (2 + 2) Ω = 4 Ω In the third part, the two parts of resistance R' s = 4 Ω and R'' s = 4 Ω are connected in parallel. If the equivalent resistance between points A and C is R p then Equivalent Resistance between A and C = 2 Ω

Calculate the effective resistance between the points A and B in the network shown below in figure.

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Calculate the equivalent resistance between the points A and B in figure.

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Five resistors, each of 3 ohm, are connected as shown in figure. Calculate the resistance (a) between the points P and Q, and (b) between the points X and Y.

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Two resistors of 4.0 Ω and 6.0 Ω are connected (a) in series, (b) in parallel, with a battery of 6.0 V and negligible internal resistance. For each case draw a circuit diagram and calculate the current through the battery.

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Physics

In the network shown in figure, calculate the equivalent resistance between the points (a) A and B (b) A and C

Current Electricity

Related Questions

Calculate the effective resistance between the points A and B in the network shown below in figure.

Calculate the equivalent resistance between the points A and B in figure.

Five resistors, each of 3 ohm, are connected as shown in figure. Calculate the resistance (a) between the points P and Q, and (b) between the points X and Y.

Two resistors of 4.0 Ω and 6.0 Ω are connected (a) in series, (b) in parallel, with a battery of 6.0 V and negligible internal resistance. For each case draw a circuit diagram and calculate the current through the battery.