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10In a parallel combination, resistors are connected separately across the source.
All resistors in parallel have the same potential difference.
There is only one path for current in a parallel circuit.
If one resistor fails in parallel, the current stops flowing in all resistors.
The current divides among resistors in parallel combination.
Separate switches can be used for each resistor in parallel.
Parallel combination is commonly used in domestic wiring.
The total resistance in parallel is always more than the smallest resistor.
In parallel combination, 1/R = 1/R₁ + 1/R₂ + 1/R₃.
If a parallel resistor is removed, the other resistors stop working.
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Which of the following is the reason for combining electric loads in parallel combination in the domestic circuit?
How are resistors connected in parallel?
What remains the same across each resistor in parallel?
If one resistor fails in parallel, what happens?
The formula for total resistance in parallel is:
Which instrument can measure current in each parallel branch?
In parallel, the total resistance is:
Parallel combination is mostly used in:
Total current in parallel is:
If three resistors are connected in parallel, the potential difference across each resistor is:
In parallel combination, each resistor is connected ______ across the source.
All resistors in parallel have the same ______ difference.
Parallel combination has ______ paths for current.
The current in parallel is divided among ______.
If one resistor fails in parallel, other resistors ______ to work.
Separate switches can be used for ______ resistor in parallel.
Parallel combination is used in ______ wiring.
The formula for total resistance in ______ is 1/R = 1/R₁ + 1/R₂ + 1/R₃.
Total resistance in parallel is always ______ than the smallest resistor.
The sum of currents in parallel is ______ to total current supplied.