Home
Class 12
PHYSICS
If two S.H.M.'s are represented by equat...

If two `S.H.M.'s` are represented by equation `y_(1) = 10 "sin" [3pit+(pi)/(4)]` and `y_(2) = 5[sin(3pit)+sqrt(3)cos(3pit)]` then find the ratio of their amplitudes and phase difference in between them.

Promotional Banner

Similar Questions

Explore conceptually related problems

If two SHMs are represented by equations y_(1) = 5 sin (2pi t + pi//6) and y_(2) = 5 [sin (3pi) + sqrt3 cos (3pi t)] . Find the ratio of their amplitudes.

If two SHMs are represented by equations y_(1) = 5 sin (2pi t + pi//6) and y_(2) = 5 [sin (3pi) + sqrt3 cos (3pi t)] . Find the ratio of their amplitudes.

If two SHMs are represented by equations y_1 = 4 sin[3 pi t + ( pi /3)], y_2 = 4 [sin(3 pi t) + sqrt 3 cos (3 pi t)], then the ratio of their amplitudes is

If two SHMs are represented by equations y_1 = 4 sin[3 pi t + ( pi /3)], y_2 = 4 [sin(3 pi t) + sqrt 3 cos (3 pi t)], then the ratio of their amplitudes is

Two SHMs are represented by the equations y_(1)=10sin(3pit+pi//4) and y_(2)=5[sin3pit+sqrt(3)cos 3pit] . Their amplitudes are in the ratio

Equations of two SHMs are y_(1)=10sin(3pit+pi/4)andy_(2)=5(sin3pit+sqrt3cos3pit) . Determine the ratio of their amplitudes.