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Calculate the percentage momentum and kinetic energy lost during the collision

OBJECTIVE

4.​​Plug the photo gates into the 850 Universal Interface.

5.​​Measure flag length and insert that value in the capstone program.

Part 2: Conservation of Momentum in Inelastic Collision
1.​​Setup the motion sensor to the air track and connect to universal interface.

2.​​Attach a needle tip to glider one and a wax receptacle to glider two. Mass the gliders with new attachments. Record these values.

Part 3: Impulse-Momentum Theorem
1.​​Connect force sensor to universal interface and zero out the sensor.

2.​​Attach a reflector and bumper to the glider and mass it. Record the value.

Trial # M​1 ( kg) M​2 ( kg) V​1( m/s) V​1​’ ​(m/s) V​2 (m/s) V​2​’ ​(m/s)
1 .20198 .20198 .8319 0 0 .8171
2 .20198 .25198 .6489 .0713 0 .5534
3 .20198 .30198 1.0595 .2243 0 .7489
Trial # M​ (kg) V ​(m/s) V’​ (m/s) J ​kg*(m/s)
1

.20094

.606

2

-.489

-.33610

3

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