The following equation given the displacement y at time t for a particle at a distance x : y = 0.01 sin 500 pie (t -x/30) where all are in SI units. Find (a) the wavelength

Sahay Sir > Question Answers > The following equation given the displacement y at time t for a particle at a distance x : y = 0.01 sin 500 pie (t -x/30) where all are in SI units. Find (a) the wavelength
The following equation given the displacement y at time t for a particle at a distance x : y = 0.01 sin 500 pie (t -x/30) where all are in SI units. Find (a) the wavelength, (b) the speed of the wave,
01
Nov
The following equation given the displacement y at time t for a particle at a distance x : y = 0.01 sin 500 pie (t -x/30) where all are in SI units. Find (a) the wavelength, (b) the speed of the wave, (b) the speed of the wave The following equation given the displacement y [...]
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