Content(numbers)

Force of Impact- To find this we used (m-change-v=Ft Impact) Equation- 0.046 kg x 25.6 , 0.02=1.17, = 58.9 N- How hard the golf club hit the golf ball.

Horizontal velocity- To find this we used (d h/Time in air) Equation - 63 m/3 s = about 21 m - How high the golf ball went

Vertical velocity- To find this we used (Ag x Time-rise) Equation- 9.8(1.5 s ) = 14.7 m - How far the golf ball went.

Total velocity- a squared + b squared + c squared. Vv= 14.7 m/s , Vh= 21 m/s = Vt = 25.6 m/s The total velocity from how far the golf ball went added from Vv and Hv.

Conservation of momentum- equation- mv+mv=mv+mv. Conservation of momentum was used when the golf club with force converted the momentum and force to the not moved gold ball.

We did a lot of stuff very well. We had very good working process that lead to the final project. We all worked as a team and all split how much we worked, some people had break times and then became work times and we switched. We had a very good game plan where we had certain positions. We started off of the sample Mr Williams gave us. But didn't really use that as a advantage. One thing we could work on is creating the ideas and knowing what we will do after before we had a big step. Like using an app for half of it then changing our mind in the building process. One thing I could work on is being more involved with measurements. When we did our numbers only some of the people had data, and we didn't really distribute to work as a team. Next project we can work on getting more people involved to work as a team.