waves

Related Questions

• The frequency of tuning forks A and B are respectively 3% more and 2% less than the frequency of tuning fork C. When A and B are simultaneously excited, 5 beats per second are produced. Then the frequency of the tuning fork 'A' (in Hz) is

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• A wave equation which gives the displacement along the $Y$ direction is given by the equation $y={{10}^{4}}\sin (60t+2x)$, where $x$ and $y$ are in metres and $t$ is time in seconds. This represents a wave

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• The distance between the nearest node and antinode in a stationary wave is

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• A wave travels in a medium according to the equation of displacement given by $y(x,\,t)=0.03\sin \pi (2t-0.01x)$ where y and x are in metres and t in seconds. The wavelength of the wave is

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• A tuning fork whose frequency as given by manufacturer is 512 Hz is being tested with an accurate oscillator. It is found that the fork produces a beat of 2 Hz when oscillator reads 514 Hz but produces a beat of 6 Hz when oscillator reads 510 Hz. The actual frequency of fork is

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