[" 30.A wave is represented by "y=a sin(At-Bx+C)],[" where "A,B,C" are constants.The dimensions of "],[(aBC)/(A)" are same as those of "],[[" (a) length "," (b) mass "],[" (c) time "," (d) none of these "]]

A wave is represented by - y=a sin (At-Bx+C) where A, B, C are constants. The Dimensions of A, B, C are

The displacement of a progressive wave is represented by y=Asin(omegat-kx) where x is distance and t is time. The dimensions of (omega)/(k) are same as those of

The displacement of a progressive wave is represented by y=Asin(omegat-kx) where x is distance and t is time. The dimensions of (omega)/(k) are same as those of

The displacement of a progressive wave is represented by y=A sin(omega t-kx) where x is distance and t is time.The dimensions of (omega)/(k) are same as those of (A) velocity (B) wave number ?

For a body in a uniformly accelerated motion, the distance of the body from a reference point at time 't' is given by x = at + bt^2 + c , where a, b , c are constants. The dimensions of 'c' are the same as those of (A) x " " (B) at " " (C ) bt^2 " " (D) a^2//b

For a body in a uniformly accelerated motion, the distance of the body from a reference point at time 't' is given by x = at + bt^2 + c , where a, b , c are constants. The dimensions of 'c' are the same as those of (A) x " " (B) at " " (C ) bt^2 " " (D) a^2//b

If y=a+ bx^(2) , where a, b are constants, then

If y=a+ bx^(2) , where a, b are constants, then