356097 The frequency of an alternating voltage is \(50\,cycles{\rm{/}}\sec \) and its amplitude is \(120\;V\). Then the \(r.m.s\) value of voltage is:

356098 An alternating current of rms value \(10\;A\) is passed through a \(12 \Omega\) resistor. The maximum potential difference across the resistor is

356099 An \(ac\) generator produces a voltage of \(V = 100\sin \left( {50\pi t} \right)\) volts, where \(t\) is in second. The values of frequency and \(rms\) voltage are.

356100 Assertion :
Heat generated when same resistance \((R)\) is connected with \(A C\) source of \(V_{r m s}\) will not be same of \(D C\) source (with \(\left.V_{D C}=V_{r m s}\right)\).
Reason :
\(R.M.S.\) voltage is greater than maximum \(A C\) volatge.

356097 The frequency of an alternating voltage is \(50\,cycles{\rm{/}}\sec \) and its amplitude is \(120\;V\). Then the \(r.m.s\) value of voltage is:

356098 An alternating current of rms value \(10\;A\) is passed through a \(12 \Omega\) resistor. The maximum potential difference across the resistor is

356099 An \(ac\) generator produces a voltage of \(V = 100\sin \left( {50\pi t} \right)\) volts, where \(t\) is in second. The values of frequency and \(rms\) voltage are.

356100 Assertion :
Heat generated when same resistance \((R)\) is connected with \(A C\) source of \(V_{r m s}\) will not be same of \(D C\) source (with \(\left.V_{D C}=V_{r m s}\right)\).
Reason :
\(R.M.S.\) voltage is greater than maximum \(A C\) volatge.

356097 The frequency of an alternating voltage is \(50\,cycles{\rm{/}}\sec \) and its amplitude is \(120\;V\). Then the \(r.m.s\) value of voltage is:

356098 An alternating current of rms value \(10\;A\) is passed through a \(12 \Omega\) resistor. The maximum potential difference across the resistor is

356099 An \(ac\) generator produces a voltage of \(V = 100\sin \left( {50\pi t} \right)\) volts, where \(t\) is in second. The values of frequency and \(rms\) voltage are.

356100 Assertion :
Heat generated when same resistance \((R)\) is connected with \(A C\) source of \(V_{r m s}\) will not be same of \(D C\) source (with \(\left.V_{D C}=V_{r m s}\right)\).
Reason :
\(R.M.S.\) voltage is greater than maximum \(A C\) volatge.

356097 The frequency of an alternating voltage is \(50\,cycles{\rm{/}}\sec \) and its amplitude is \(120\;V\). Then the \(r.m.s\) value of voltage is:

356098 An alternating current of rms value \(10\;A\) is passed through a \(12 \Omega\) resistor. The maximum potential difference across the resistor is

356099 An \(ac\) generator produces a voltage of \(V = 100\sin \left( {50\pi t} \right)\) volts, where \(t\) is in second. The values of frequency and \(rms\) voltage are.

356100 Assertion :
Heat generated when same resistance \((R)\) is connected with \(A C\) source of \(V_{r m s}\) will not be same of \(D C\) source (with \(\left.V_{D C}=V_{r m s}\right)\).
Reason :
\(R.M.S.\) voltage is greater than maximum \(A C\) volatge.