356101 If instantaneous current is given by \(i = 4\cos (\omega t + \phi )\) amperes, then the \(r\).\(m\).\(s\). value of current is

356102 The ratio of peak value and rms value of alternating current is

356103 The peak value of \(A C\) is \(2\sqrt 2 \,A\). Its apparent value will be

356104 The frequency of an alternating voltage is 50 cycles/sec and its amplitude is 120 \(V\). Then the \(r\).\(m\).\(s\) value of voltage is:

356105 An alternating voltage given as \(V = 100\sqrt 2 \sin 100t\) volt is applied to a capacitor of \(1\mu F.\)The current reading of the ammeter will be equal to____\(mA\)

356101 If instantaneous current is given by \(i = 4\cos (\omega t + \phi )\) amperes, then the \(r\).\(m\).\(s\). value of current is

356102 The ratio of peak value and rms value of alternating current is

356103 The peak value of \(A C\) is \(2\sqrt 2 \,A\). Its apparent value will be

356104 The frequency of an alternating voltage is 50 cycles/sec and its amplitude is 120 \(V\). Then the \(r\).\(m\).\(s\) value of voltage is:

356105 An alternating voltage given as \(V = 100\sqrt 2 \sin 100t\) volt is applied to a capacitor of \(1\mu F.\)The current reading of the ammeter will be equal to____\(mA\)

356101 If instantaneous current is given by \(i = 4\cos (\omega t + \phi )\) amperes, then the \(r\).\(m\).\(s\). value of current is

356102 The ratio of peak value and rms value of alternating current is

356103 The peak value of \(A C\) is \(2\sqrt 2 \,A\). Its apparent value will be

356104 The frequency of an alternating voltage is 50 cycles/sec and its amplitude is 120 \(V\). Then the \(r\).\(m\).\(s\) value of voltage is:

356105 An alternating voltage given as \(V = 100\sqrt 2 \sin 100t\) volt is applied to a capacitor of \(1\mu F.\)The current reading of the ammeter will be equal to____\(mA\)

356101 If instantaneous current is given by \(i = 4\cos (\omega t + \phi )\) amperes, then the \(r\).\(m\).\(s\). value of current is

356102 The ratio of peak value and rms value of alternating current is

356103 The peak value of \(A C\) is \(2\sqrt 2 \,A\). Its apparent value will be

356104 The frequency of an alternating voltage is 50 cycles/sec and its amplitude is 120 \(V\). Then the \(r\).\(m\).\(s\) value of voltage is:

356105 An alternating voltage given as \(V = 100\sqrt 2 \sin 100t\) volt is applied to a capacitor of \(1\mu F.\)The current reading of the ammeter will be equal to____\(mA\)

356101 If instantaneous current is given by \(i = 4\cos (\omega t + \phi )\) amperes, then the \(r\).\(m\).\(s\). value of current is

356102 The ratio of peak value and rms value of alternating current is

356103 The peak value of \(A C\) is \(2\sqrt 2 \,A\). Its apparent value will be

356104 The frequency of an alternating voltage is 50 cycles/sec and its amplitude is 120 \(V\). Then the \(r\).\(m\).\(s\) value of voltage is:

356105 An alternating voltage given as \(V = 100\sqrt 2 \sin 100t\) volt is applied to a capacitor of \(1\mu F.\)The current reading of the ammeter will be equal to____\(mA\)