2. Two objects fly toward each other. When they are 1200m apart, their velocities and acceleration are vi = 40m/s, v2 = 15m/s a1 = 0.50 m/s², and az = 1.30 m/s². A third object left the first object and moves with constant velocity of 50 m/s toward the second object. Upon reaching the second object, it flies back to the first object and so on until the first and second object collide. Find the total distance travelled by the third object.
2. Two objects fly toward each other. When they are 1200m apart, their velocities and acceleration are vi = 40m/s, v2 = 15m/s a1 = 0.50 m/s², and az = 1.30 m/s². A third object left the first object and moves with constant velocity of 50 m/s toward the second object. Upon reaching the second object, it flies back to the first object and so on until the first and second object collide. Find the total distance travelled by the third object.
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What is the total distance
traveled by the third object?
Transcribed Image Text:2. Two objects fly toward each other. When they are 1200m apart, their velocities and
acceleration are vi = 40m/s, v2 = 15m/s a1 0.50 m/s2, and a2 1.30 m/s2. A third object
left the first object and moves with constant velocity of 50 m/s toward the second object.
Upon reaching the second object, it flies back to the first object and so on until the first and
second object collide. Find the total distance travelled by the third object.
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