Two waves are represented by: x 1 = A sin ω t + π 6 and x 2 = A cos ω t . Then the phase difference between them is

Question

Two waves are represented by: x 1 = A sin &#969; t + &#960; 6 and x 2 = A cos &#969; t . Then the phase difference between them is

Aicharya · Accepted Answer

Given, x 1 = A sin &#969; t + &#960; 6 and x 2 = A cos &#969; t x 1 can be written as x 1 = A cos &#960; 2 - &#969; t - &#960; 6 x 1 = A cos &#960; 3 - &#969; t The phase difference between them = &#960; 2

Two waves are represented by: x 1 = A sin ω t + π 6 and x 2 = A cos ω t . Then the phase…

Solution

Two waves are represented by: x 1 = A sin &#969; t + &#960; 6 and x 2 = A cos &#969; t . Then the phase…

Solution

Two waves are represented by: x 1 = A sin ω t + π 6 and x 2 = A cos ω t . Then the phase…