Given \(n\) resistors each of resistance \(R,\) what is the ratio of the maximum to minimum resistance?
1. \(\dfrac{1}{n}\)

2. \(n\)

3. \(\dfrac{1}{n^2}\)

4. \(n^2\)

Subtopic:  Combination of Resistors |
 80%
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Given the resistances of 1Ω, 2Ω, 3Ω, how will we combine them to get an equivalent resistance of (11/3):

1. 1Ω, 2Ω in parallel and the combination in series with 3Ω
2. 3Ω, 2Ω in parallel and the combination in series with 1Ω
3.  1Ω, 2Ω and 3Ω in parallel
4. 1Ω, 2Ω in series and the combination in parallel with 3Ω

Subtopic:  Combination of Resistors |
 77%
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Three resistors \(1~\Omega , 2~\Omega\) and \(3~\Omega\) are combined in series. If the combination is connected to a battery of emf \(12~\text{V}\) and negligible resistance, the potential drop across \(2~\Omega\) resistor is:
1. \(2~\text{V}\)
2. \(5~\text{V}\)
3. \(4~\text{V}\)
4. \(6~\text{V}\)
Subtopic:  Combination of Resistors |
 80%
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Three resistors \(2~\Omega, 4~\Omega\) and \(5~\Omega, \) are combined in parallel. If the combination is connected to a battery of emf \(20~\text V\) and negligible internal resistance, the total current drawn from the battery is:
1. \(10~\text A\)
2. \(17~\text A\)
3. \(13~\text A\)
4. \(19~\text A\)

Subtopic:  Combination of Resistors |
 82%
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The current drawn from a \(12~\text{V}\) supply with internal resistance \(0.5~\Omega\) by the infinite network (shown in the figure) is:

    
1. \(3.12~\text{A}\)
2. \(3.72~\text{A}\)
3. \(2.29~\text{A}\)
4. \(2.37~\text{A}\)

Subtopic:  Combination of Resistors |
 67%
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