# data[].attributes.body
Momentum, p, is mass in motion determined by the mass and velocity of an object, p = mv. External force produces a change in the momentum of an object. In this experiment we examined the momentum of two carts before and after collisions, both elastic and inelastic in 6 different scenarios to see what effect, if any, these forces have on the momentum of the system.

# data[].attributes.body
Create momentum vs. time graphs for two carts experiencing different types of collisions.

Compare the total system momentum before and after a collision.

# data[].attributes.body
The sum of the momentum will be the same in the beginning of the system as the end of the system because collisions are just a transfer of energy. Due to this you won't be losing or gaining any momentum so both the before and after of the system will be the same.

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Total Elastic Before/After Momentum Graph

# data[].attributes.subject
Total Elastic Before/After Momentum Graph

# data[].attributes.headline
Total Inelastic Before/After Momentum Graph

# data[].attributes.subject
Total Inelastic Before/After Momentum Graph

# data[].attributes.body
Posted privately in Google Classroom because the file was too large

# data[].attributes.body
The sum of momentum after a collision, whether elastic or inelastic, is equal to the sum of momentum before the collision due to the transfer of energy. This is shown in the graphs inelastic, they seem to form an average momentum that they settle into once connected.