354995 A tuning fork \(A\) produces 4 beats \(s^{-1}\) with another tuning fork \(B\) of frequency \(320\;Hz.\) On filling one of the prongs of \(A, 4\) beats \(s^{-1}\) are again heard when sounded with the same fork \(B\). Then, the frequency of the fork \(A\) before filling is

354996 Two tuning forks, \(A\) and \(B\), produce notes of frequencies \(256\;Hz\) and \(262\;Hz\). An unknown note sounded with A produces certain beats. When the same note is sounded with \(B\), the beat frequency gets doubled. The unknown frequency is

354997 Two identical flutes produce fundamental notes of frequency \(300\;Hz\) at \(27^\circ C\). If the temperature of air in one flute is increased to \(31^\circ C\), the number of the beats heard per second will be

354998 At a point, beat frequency of \(n\;Hz\) is observed. It means:

354995 A tuning fork \(A\) produces 4 beats \(s^{-1}\) with another tuning fork \(B\) of frequency \(320\;Hz.\) On filling one of the prongs of \(A, 4\) beats \(s^{-1}\) are again heard when sounded with the same fork \(B\). Then, the frequency of the fork \(A\) before filling is

354996 Two tuning forks, \(A\) and \(B\), produce notes of frequencies \(256\;Hz\) and \(262\;Hz\). An unknown note sounded with A produces certain beats. When the same note is sounded with \(B\), the beat frequency gets doubled. The unknown frequency is

354997 Two identical flutes produce fundamental notes of frequency \(300\;Hz\) at \(27^\circ C\). If the temperature of air in one flute is increased to \(31^\circ C\), the number of the beats heard per second will be

354998 At a point, beat frequency of \(n\;Hz\) is observed. It means:

354995 A tuning fork \(A\) produces 4 beats \(s^{-1}\) with another tuning fork \(B\) of frequency \(320\;Hz.\) On filling one of the prongs of \(A, 4\) beats \(s^{-1}\) are again heard when sounded with the same fork \(B\). Then, the frequency of the fork \(A\) before filling is

354996 Two tuning forks, \(A\) and \(B\), produce notes of frequencies \(256\;Hz\) and \(262\;Hz\). An unknown note sounded with A produces certain beats. When the same note is sounded with \(B\), the beat frequency gets doubled. The unknown frequency is

354997 Two identical flutes produce fundamental notes of frequency \(300\;Hz\) at \(27^\circ C\). If the temperature of air in one flute is increased to \(31^\circ C\), the number of the beats heard per second will be

354998 At a point, beat frequency of \(n\;Hz\) is observed. It means:

354995 A tuning fork \(A\) produces 4 beats \(s^{-1}\) with another tuning fork \(B\) of frequency \(320\;Hz.\) On filling one of the prongs of \(A, 4\) beats \(s^{-1}\) are again heard when sounded with the same fork \(B\). Then, the frequency of the fork \(A\) before filling is

354996 Two tuning forks, \(A\) and \(B\), produce notes of frequencies \(256\;Hz\) and \(262\;Hz\). An unknown note sounded with A produces certain beats. When the same note is sounded with \(B\), the beat frequency gets doubled. The unknown frequency is

354997 Two identical flutes produce fundamental notes of frequency \(300\;Hz\) at \(27^\circ C\). If the temperature of air in one flute is increased to \(31^\circ C\), the number of the beats heard per second will be

354998 At a point, beat frequency of \(n\;Hz\) is observed. It means: