Related InterviewSolutions

• The displacement `y` of a particle executing periodic motion is given by `y = 4 cos^(2) ((1)/(2)t) sin(1000t)` This expression may be considereed to be a result of the superposition ofA. two movesB. three movesC. four movesD. five moves
• The amplitude of a wave disturbance propagating in the positive x-direction is given by `y = (1)/((1 + x))^(2)` at time `t = 0` and by `y = (1)/([1+(x - 1)^(2)])` at `t = 2 seconds`, `x and y` are in meters. The shape of the wave disturbance does not change during the propagation. The velocity of the wave is ............... m//s`.A. `1ms^(-1)`B. `0.5ms^(-1)`C. `1.5ms^(-1)`D. `2ms^(-1)`
• A travelling wave is described by the equation `y = y_(0) sin ((ft - (x)/lambda))`. The maximum particle velocity is equal to four times the wave velocity ifA. `piy_(0)//4`B. `piy_(0)//2`C. `piy_(0)`D. `2piy_(0)`
• When the load on a wire increased slowly from `2 kg wt.` to `4 kg wt.`, the elogation increases from `0.6 mm` to `1.00 mm`. How much work is done during the extension of the wire? `[ g = 9.8 m//s^(2)]`A. `14xx10^(-3)J`B. `0.4xx10^(-3)J`C. `8xx10^(-2)J`D. `10^(-3)J`