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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 1

In the series combination of two or more than two resistances

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 2

Match the Column I with Column II.

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 3

Combine three resistors 5Ω, 4.5Ω and 3Ω in such a way that the total resistance of this combination is maximum

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 4

The total resistance in the parallel combination of three resistances 9Ω, 7Ω and 5Ω

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 5

Equivalent resistance (in ohm) of the given network is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 6

Which arrangement of 3Ω resistors will give a total resistance of 7Ω?

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 7

The equivalent resistance of series combination of four equal resistors is S. If they are joined in parallel, the total resistance is P. The relation between S and P is given by S = nP. Then the minimum possible value of n is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 8

Five equal resistances of 10Ω are connected between A and B as shown in figure. The resultant resistance is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 9

The correct combination of three resistances 1Ω, 2Ω and 3Ω to get equivalent resistance 11/5Ω is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 10

Equivalent resistance of the given network between points A and B is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 11

n resistors each of resistance R first combine to give maximum effective resistgance and then combine to give minimum. The ratio of the maximum resistance is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 12

The equivalent resistance between A and B for . the circuit shown in this figure is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 13

A copper cylindrical tube has inner radius a and outer radius b. The resistivity is ρ. The resistance of the cylinder between the two ends is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 14

A wire of resistance 12 ohms per meter is bent to form a complete circle of radius 10cm. The resistance between its two diametrically opposite points, A and B as shown in the figure is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 15

A and B are two points on a uniform ring of resistance 15Ω. The ∠AOB = 45^{∘}. The equivalent resistance between A and B is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 16

Two metal wires of identical dimensions are connected in series. If σ_{1} and σ_{2} are the conductivities of the metal wires respectively, the effective conductivity of the combination is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 17

Three resistors 2 Ω, 4 Ω and 5 Ω are combined in parallel. This combination is connected to a battery of emf 20 V and negligible internal resistance, the total current drawn from the battery is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 18

Three resistors of resistances 3Ω,4Ω and 5Ω are combined in parallel. This combination is connected to a battery of emf 12V and negligible internal resistance, current through each resistor in ampere is?

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 19

The reading of ammeter shown in figure is

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Test: Combination of Resistors: Series & Parallel (NCERT) - Question 20

Three resistances 2Ω, 4Ω, 5Ω are combined in series and this combination is connected to a battery of 12 V emf and negligible internal resistance. The potential drop across these resistances are

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