[Q.Nos. 1-2] y(x, t) equation of a lingiutudinal wave is given as
`y = 10^(-2)2(pi)[1000t+(50)/(17)x]` (All Si units
At t = 0 Change in pressure is maximum at x=……….m.

[Q.Nos. 1-2] y(x, t) equation of a lingiutudinal wave is given as y = 10^(-2)2(pi)[1000t+(50)/(17)x] (All Si units If density of the gas is 10^(-3)kg//m^(3) , find the pressure amplitube

y(x, t) equation of a lingitudinal wave is given as y = 10^(-2)2(pi)[1000t+(50)/(17)x] (All Si units If density of the gas is 10^(-3)kg//m^(3) , find the pressure amplitube

The equation of a longitudinal wave is given by y=10sin2pi(50t+(50)/(22)x) (in S.I units). Find the value of x at which change in pressure is maximum at t=0 .

Equation of a wave is given by y = 10^(4) sin(60t + 2x) , x & y in metre and t is in second. Then

The equation of a sound wave at 0^(@)C is given as y=Asin(1000t-3x) the speed at some other temperature T is given 336m//s the value of T is

The equation of a sound wave at 0^(@)C is given as y=Asin(1000t-3x) the speed at some other temperature T is given 336m//s the value of T is

Following is given the equation of a travelling wave (all is SI unit) y = (0.02) sin 2pi (10t - 5x) Match of following.