Two sound sources emitting plane waves seperated by 12 meter vibrates according to law y1=3sin 4πt and y2=4sin 4πt respectively . A point in the medium is at a position 8 m from first source and 4m from second on the line joining two sources. The source send out waves of velocity 32 m/s. Find equation of motion of the particles. (y1,y2 are n centimeter and t is in second)

Two sound sources emitting plane waves seperated by 12 meter vibrates

1.	Two sound sources emitting plane waves seperated by 12 meter vibrates according to law y1=3sin 4πt and y2=4sin 4πt respectively . A point in the medium is at a position 8 m from first source and 4m from second on the line joining two sources. The source send out waves of velocity 32 m/s. Find equation of motion of the particles. (y1,y2 are n centimeter and t is in second)
Answer» Two sound sources emitting plane waves seperated by 12 meter vibrates according to law $y 1 = 3 s i n 4 π t a n d y 2 = 4 s i n 4 π t$ respectively . A point in the medium is at a position 8 m from first source and 4m from second on the line joining two sources. The source send out waves of velocity 32 m/s. Find equation of motion of the particles. ( $y 1, y 2$ are n centimeter and $t$ is in second)