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Series and parallel combinations of resistors, temperature dependence of resistance MCQs for JEE

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Series and parallel combinations of resistors, temperature dependence of resistance JEE MCQs on Goodmarks include 18+ multiple-choice questions with correct answers and step-by-step solutions. Attempt free samples below or unlock the full bank with Pro.

Master Series and parallel combinations of resistors, temperature dependence of resistance through exam-style multiple-choice questions. This page features 18+ JEE MCQs covering Series and parallel combinations of resistors, temperature dependence of resistance, each with verified answers and clear explanations.

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Q1PhysicsUnit 12: Current Electricity
The equivalent Resistance: This question has multiple correct options
Q2PhysicsUnit 12: Current Electricity
Two heater coils separately take 10 min and 5 min to boil a certain amount of water. If both the coils are connected in series, the time taken will be
Q3PhysicsUnit 12: Current Electricity
When two same conducting rod are kept at different temperature,
Q4PhysicsUnit 12: Current Electricity
If two resistors of resistance 30Ω30 \Omega and 40Ω40 \Omega are connected in parallel across a battery. The ratio of the potential difference across them is
Q5PhysicsUnit 12: Current Electricity
Nidhi has two bulbs connected across two cells in a simple circuit as shown. How can she make the bulbs glow dimmer?
Q6PhysicsUnit 12: Current Electricity
The resistance of an iron wire is 10Ω10 \Omega and its temperature coefficient of resistance is 5×103/oC.5 \times 10^{-3} /^{o} C . A current of 30mA30 \mathrm{mA} is flowing in it at 20C20^{\circ} \mathrm{C}. Keeping potential difference across its ends constant, if its temperature is increased to 120C120^{\circ} \mathrm{C} then the current flowing in the wire will be (in mA\mathrm{mA} )
Q7PhysicsUnit 12: Current Electricity
In a parallel circuit of bulbs,
Q8PhysicsUnit 12: Current Electricity
For a metallic wire, the ratio Vi\frac{V}{i} (where, V=\mathbf{V}= applied potential difference and i=\mathbf{i}= current flowing

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