354982 When two tuning forks \(A\) and \(B\) are sounded together, 4 beats per second are heard. The frequency of the fork \(B\) is \(384\;Hz\). When one of the prongs of the fork \(A\) is filed and sounded with \(B\), the beat frequency increases, then the frequency of the fork \(A\) is

354983 A closed and an open organ pipe of same length are set into vibrations simultaneously in their fundamental mode to produce 2 beats. The length of open organ pipe is now halved and of closed organ pipe is doubled. Now find the number of beats produced.

354984 When beats are formed by two waves of frequencies \(n_{1}\) and \(n_{2}\), the amplitude varies with frequency equal to

354985 25 tunning forks are arranged in series in the order of decreasing frequency. Any two successive forks produce 3 beats/sec. If the frequency of the first tuning fork is the octave of the last fork, then the frequency of the \(21^{s t}\) fork is

354982 When two tuning forks \(A\) and \(B\) are sounded together, 4 beats per second are heard. The frequency of the fork \(B\) is \(384\;Hz\). When one of the prongs of the fork \(A\) is filed and sounded with \(B\), the beat frequency increases, then the frequency of the fork \(A\) is

354983 A closed and an open organ pipe of same length are set into vibrations simultaneously in their fundamental mode to produce 2 beats. The length of open organ pipe is now halved and of closed organ pipe is doubled. Now find the number of beats produced.

354984 When beats are formed by two waves of frequencies \(n_{1}\) and \(n_{2}\), the amplitude varies with frequency equal to

354985 25 tunning forks are arranged in series in the order of decreasing frequency. Any two successive forks produce 3 beats/sec. If the frequency of the first tuning fork is the octave of the last fork, then the frequency of the \(21^{s t}\) fork is

354982 When two tuning forks \(A\) and \(B\) are sounded together, 4 beats per second are heard. The frequency of the fork \(B\) is \(384\;Hz\). When one of the prongs of the fork \(A\) is filed and sounded with \(B\), the beat frequency increases, then the frequency of the fork \(A\) is

354983 A closed and an open organ pipe of same length are set into vibrations simultaneously in their fundamental mode to produce 2 beats. The length of open organ pipe is now halved and of closed organ pipe is doubled. Now find the number of beats produced.

354984 When beats are formed by two waves of frequencies \(n_{1}\) and \(n_{2}\), the amplitude varies with frequency equal to

354985 25 tunning forks are arranged in series in the order of decreasing frequency. Any two successive forks produce 3 beats/sec. If the frequency of the first tuning fork is the octave of the last fork, then the frequency of the \(21^{s t}\) fork is

354982 When two tuning forks \(A\) and \(B\) are sounded together, 4 beats per second are heard. The frequency of the fork \(B\) is \(384\;Hz\). When one of the prongs of the fork \(A\) is filed and sounded with \(B\), the beat frequency increases, then the frequency of the fork \(A\) is

354983 A closed and an open organ pipe of same length are set into vibrations simultaneously in their fundamental mode to produce 2 beats. The length of open organ pipe is now halved and of closed organ pipe is doubled. Now find the number of beats produced.

354984 When beats are formed by two waves of frequencies \(n_{1}\) and \(n_{2}\), the amplitude varies with frequency equal to

354985 25 tunning forks are arranged in series in the order of decreasing frequency. Any two successive forks produce 3 beats/sec. If the frequency of the first tuning fork is the octave of the last fork, then the frequency of the \(21^{s t}\) fork is