The equation of a wave is given by y=10 sin(2 π/45 t+α) . If the displacement is 5  cm at t...

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The equation of a wave is given by y=10 sin(2 π/45 t+α). If the displacement is 5  cm at t=0, the... The equation of a wave is given by y=10 sin(2 π/45 t+α). If the displacement is 5  cm at t=0, the...
The equation of a wave is given byy=10sin((2pi)/45t+alpha) If the displacement is 5 cm at t = 0,... The equation of a wave is given byy=10sin((2pi)/45t+alpha) If the displacement is 5 cm at t = 0,...
The equation of a wave is given by y = 10 sin 2𝜋/45𝑡+𝛼. If the displacement is The equation of a wave is given by y = 10 sin 2𝜋/45𝑡+𝛼. If the displacement is
The equation of a wave is given by `y=10 sin ((2pi)/45 t+alpha)`. If the displacement The equation of a wave is given by `y=10 sin ((2pi)/45 t+alpha)`. If the displacement
The displacement equations of two interfering waves are given by y1=10sinωt+π3cm,y2=5[s.... The displacement equations of two interfering waves are given by y1=10sinωt+π3cm,y2=5[s....
The displacement equations of two interfering waves are given by y 1 = 10 sin ( ω t + π 3 ) cm , y 2 The displacement equations of two interfering waves are given by y 1 = 10 sin ( ω t + π 3 ) cm , y 2
The equation of wave is given by Y = 10−2 sin 2 π ( 160 t − 0 . 5 x + π/4 ) , where x and Y are in The equation of wave is given by Y = 10−2 sin 2 π ( 160 t − 0 . 5 x + π/4 ) , where x and Y are in
The displacement equations of two interfering waves are given by y1 = 10sin (wt + 60⁰) cm, y2 = 5[ The displacement equations of two interfering waves are given by y1 = 10sin (wt + 60⁰) cm, y2 = 5[