362712 Two long straight wires \(P\) and \(Q\) carrying equal current \(10\;A\) each were kept parallel to each other at \(5\;cm\) distance. Magnitude of magnetic force experienced by \(10\;cm\) length of wire \(P\) is \(F_{1}\). If distance between wires is halved and currents in them are doubled, force \(F_{2}\) on \(10\;cm\) length of wire \(P\) will be
362712 Two long straight wires \(P\) and \(Q\) carrying equal current \(10\;A\) each were kept parallel to each other at \(5\;cm\) distance. Magnitude of magnetic force experienced by \(10\;cm\) length of wire \(P\) is \(F_{1}\). If distance between wires is halved and currents in them are doubled, force \(F_{2}\) on \(10\;cm\) length of wire \(P\) will be
362712 Two long straight wires \(P\) and \(Q\) carrying equal current \(10\;A\) each were kept parallel to each other at \(5\;cm\) distance. Magnitude of magnetic force experienced by \(10\;cm\) length of wire \(P\) is \(F_{1}\). If distance between wires is halved and currents in them are doubled, force \(F_{2}\) on \(10\;cm\) length of wire \(P\) will be
362712 Two long straight wires \(P\) and \(Q\) carrying equal current \(10\;A\) each were kept parallel to each other at \(5\;cm\) distance. Magnitude of magnetic force experienced by \(10\;cm\) length of wire \(P\) is \(F_{1}\). If distance between wires is halved and currents in them are doubled, force \(F_{2}\) on \(10\;cm\) length of wire \(P\) will be