Questions
Resistances of 6 each are connected in the manner shown in fig. With the current 0.5 ampere as
shown in the figure, the potential difference Vp -VQ is
detailed solution
Correct option is C
Equivalent resistance R of the three resistances connected in parallel is given by1R′=16+16+16=36=12 or R′=2ΩThe equivalent resistance R' of the second circuit1R′′=16+112=2+112=14 or R′′=4ΩThe resistances .R' and R' are connected in series. So, the equivalent resistance of the circuit i'e,, between A and BR= 2+ 4= 6 ΩPotential difference between. A and B=R×i=6×0⋅5=3VTalk to our academic expert!
Similar Questions
Statement 1: Consider the two situations shown in the figure. Potential difference between points A and B in case I is more as compared to case II.
Statement 2: In case
In case II:
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