Suppose an advancing plane wave is represented by the quality y=03sin (30nt-10π÷16)m
Find (i)amplitude (ii)frequency
To find the amplitude of the advancing plane wave, we need to look at the equation y = A sin(kx - ωt + φ), where A represents the amplitude. In your given equation, y = 0.3 sin(30nt - 10π/16) m, the amplitude is 0.3 m.
To find the frequency of the advancing plane wave, we need to look at the equation y = A sin(kx - ωt + φ), where ω represents the angular frequency. In your given equation, y = 0.3 sin(30nt - 10π/16) m, the frequency is given by ω = 30n.
However, it seems that the value of n is missing from the equation you provided. If you can provide the value of n, I can calculate the frequency for you.