An elastic collision occurs between two air hockey pucks inwhich one puck is at

Question

An elastic collision occurs between two air hockey pucks inwhich one puck is at rest and the other is moving with a speed of0.6 m/s. After the collision, the puck initially in motion makes anangle of 35.00 o with its original direction, and thestruck puck moves at an angle of 55.00 o on the otherside of the original direction. What is the final speed of thefirst puck? What is the final speed of the second? An elastic collision occurs between two air hockey pucks inwhich one puck is at rest and the other is moving with a speed of0.6 m/s. After the collision, the puck initially in motion makes anangle of 35.00 o with its original direction, and thestruck puck moves at an angle of 55.00 o on the otherside of the original direction. What is the final speed of thefirst puck? What is the final speed of the second?

Explanation / Answer

along X axis m*0.6=m*cos35-m*v*cos55 along Y direction 0=m*sin35-m*v*sin55 solving we will get the answer.

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