The instantaneous voltages at three terminals marked X, Y and Z are given by `V_(X)=V_(0)sin omegat, V_(Y)=V_(0)sin (omegat=(2pi)/(3))and V_(z)=V_(0)sin (omegat=(4pi)/(3))` An ideal voltmeter is configured to read runs value of the potential difference between its terminals. is connected between points X and Y and then between Y and Z. The reading the voltmeter will beA. `V_(X)=V_(0) sin omegat, V_(gamma)=V_(0)sin (omegat+(2pi)/(3))and V_(Z)=V_(0)sin (omegat+(4pi)/(3))`B. `V_(XY)^(rms)=V_(0)sqrt((3)/(2))`C. `V_(YZ)^(rms)=V_(0)sqrt((1)/(2))`D. indpependent of the choice of the two terminals

The instantaneous voltages at three terminals marked X, Y and Z are gi

1.	The instantaneous voltages at three terminals marked X, Y and Z are given by `V_(X)=V_(0)sin omegat, V_(Y)=V_(0)sin (omegat=(2pi)/(3))and V_(z)=V_(0)sin (omegat=(4pi)/(3))` An ideal voltmeter is configured to read runs value of the potential difference between its terminals. is connected between points X and Y and then between Y and Z. The reading the voltmeter will beA. `V_(X)=V_(0) sin omegat, V_(gamma)=V_(0)sin (omegat+(2pi)/(3))and V_(Z)=V_(0)sin (omegat+(4pi)/(3))`B. `V_(XY)^(rms)=V_(0)sqrt((3)/(2))`C. `V_(YZ)^(rms)=V_(0)sqrt((1)/(2))`D. indpependent of the choice of the two terminals
Answer» Correct Answer - A::C

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