355025 Beats are produced by two waves \({y_{1}=a \sin (1000 \pi t)}\) and \({y_{2}=a \sin (998 \pi t)}\) The number of beats heard per second is

355026 A closed organ pipe and an open organ pipe of same length produce 2 beats when they are set into vibrations simultaneously in their fundamental mode. The length of the open organ pipe is now halved and of the closed organ pipe is doubled, the number of beats produced will be

355027 There is a set of 4 tuning forks, one with lowest frequency vibrating at \(552\;Hz\). By using any two forks at time, the beat frequencies heard are 1, \(2,3,5,7,8\). The possible frequencies of other three forks are :-

355028 Two identical piano wires kept under the same tension \(T\) have a fundamental frequency of \(600\,Hz\). The dfractional increase in the tension of one of the wires which will lead to occurrence of 6 beats when both the wires ocscillate together would be

355025 Beats are produced by two waves \({y_{1}=a \sin (1000 \pi t)}\) and \({y_{2}=a \sin (998 \pi t)}\) The number of beats heard per second is

355026 A closed organ pipe and an open organ pipe of same length produce 2 beats when they are set into vibrations simultaneously in their fundamental mode. The length of the open organ pipe is now halved and of the closed organ pipe is doubled, the number of beats produced will be

355027 There is a set of 4 tuning forks, one with lowest frequency vibrating at \(552\;Hz\). By using any two forks at time, the beat frequencies heard are 1, \(2,3,5,7,8\). The possible frequencies of other three forks are :-

355028 Two identical piano wires kept under the same tension \(T\) have a fundamental frequency of \(600\,Hz\). The dfractional increase in the tension of one of the wires which will lead to occurrence of 6 beats when both the wires ocscillate together would be

355025 Beats are produced by two waves \({y_{1}=a \sin (1000 \pi t)}\) and \({y_{2}=a \sin (998 \pi t)}\) The number of beats heard per second is

355026 A closed organ pipe and an open organ pipe of same length produce 2 beats when they are set into vibrations simultaneously in their fundamental mode. The length of the open organ pipe is now halved and of the closed organ pipe is doubled, the number of beats produced will be

355027 There is a set of 4 tuning forks, one with lowest frequency vibrating at \(552\;Hz\). By using any two forks at time, the beat frequencies heard are 1, \(2,3,5,7,8\). The possible frequencies of other three forks are :-

355028 Two identical piano wires kept under the same tension \(T\) have a fundamental frequency of \(600\,Hz\). The dfractional increase in the tension of one of the wires which will lead to occurrence of 6 beats when both the wires ocscillate together would be

355025 Beats are produced by two waves \({y_{1}=a \sin (1000 \pi t)}\) and \({y_{2}=a \sin (998 \pi t)}\) The number of beats heard per second is

355026 A closed organ pipe and an open organ pipe of same length produce 2 beats when they are set into vibrations simultaneously in their fundamental mode. The length of the open organ pipe is now halved and of the closed organ pipe is doubled, the number of beats produced will be

355027 There is a set of 4 tuning forks, one with lowest frequency vibrating at \(552\;Hz\). By using any two forks at time, the beat frequencies heard are 1, \(2,3,5,7,8\). The possible frequencies of other three forks are :-

355028 Two identical piano wires kept under the same tension \(T\) have a fundamental frequency of \(600\,Hz\). The dfractional increase in the tension of one of the wires which will lead to occurrence of 6 beats when both the wires ocscillate together would be