A wave is represented by y=0.4cos(8t-(x)/(2)) where x and y are in metres and t in seconds. The frequency of the wave is
The equation of a progressive wave is given by y = 5 cos (100 t - 5x) where y is in microns, x in metre and t is in second. What is the ratio of the maximum particle velocity to the velocity of wave propagation?
A standing wave is represented by, y-Asin(100t)cos(0.01x) , where x,y and A are in millimeter and t in second. The velocity of the wave is
A tavelling harmonic wave is represented by the equation y(x,t)=10^(-3) sin (50t+2x), where x and Y are in meter and t is in seconds . Which of the following is a correct statement about the wave?
The equation of the progressive wave is y = 3 sin[pi(t/3-x/5)+pi/4] , where x and y are in metre and time in second. Which of the following is correct.
A wave is represented by y_1 = 10 cos (5x + 25 t) where, x is measured in meters and t in seconds. A second wave for which y_2 = 20 cos (5x + 25t + pi/3) interferes with the first wave. Deduce the amplitude and phase of the resultant wave.
A wave is represented by the equation y=7 sin {pi (2t -2x)} here x is in metres and t in seconds. The velocity of the wave is
The equation of a wave is given by y=a sin (100t-x/10) where x and y are in metre an t in second, the velocity of wave is
A wave equation is given by y=4 sin[pi((t)/(5)-(x)/(9)+(1)/(6))] where x is in cm and t is in second. Which of the following is true ?
