A wave travelling along X-axis is given by y = 2 (mm) sin(3t – 6x + pie/4) where x is in centimetres and t in second. Write the phase and hence the find the phase difference between them at t = 0

Sahay Sir > Question Answers > A wave travelling along X-axis is given by y = 2 (mm) sin(3t - 6x + pie/4) where x is in centimetres and t in second. Write the phase and hence the find the phase difference between them at t = 0
A wave travelling along X-axis is given by y = 2 (mm) sin(3t – 6x + pie/4) where x is in centimetres and t in second. Write the phase and hence the find the phase difference between them at t = 0
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Sep
A wave travelling along X-axis is given by y = 2 (mm) sin(3t – 6x + pie/4) where x is in centimetres and t in second. Write the phase and hence the find the phase difference between them at t = 0 A wave travelling along X-axis is given by y = 2 (mm) sin(3t [...]
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