Sources Separated by 20 m vibrate according to equations y_(1) = 0.06 sin pi t metre and y_(2) = 0.02 sin pi t metre. They send out waves along a rod at speed 3 m/s. What is the equation of motion of a particle 12 m from the first source and 8 metre from the second ?

Sources Separated by 20 m vibrate according to equations y_(1) = 0.06

1.	Sources Separated by 20 m vibrate according to equations y_(1) = 0.06 sin pi t metre and y_(2) = 0.02 sin pi t metre. They send out waves along a rod at speed 3 m/s. What is the equation of motion of a particle 12 m from the first source and 8 metre from the second ?
Answer» ANSWER :A::C

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Sources Separated by 20 m vibrate according to equations y_(1) = 0.06 sin pi t metre and y_(2) = 0.02 sin pi t metre. They send out waves along a rod at speed 3 m/s. What is the equation of motion of a particle 12 m from the first source and 8 metre from the second ?

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