From the data we gathered on this experiment, the effects of the height of the track can greatly affect the acceleration of the cart. Base on the data on the table, the higher the height of the track will have higher acceleration and will lead to higher sinθ. From this, it implies that the higher the displacement of the track will lead to the higher acceleration of the cart. The reason why the cart will have higher acceleration to higher displacement is because of the continues gravitational pull to the cart without restriction to its track.
Time and the inclination of the track are interrelated to each other. As for the higher the inclination of the track will lead to shorter time to takes the cart to goes down to the track. The time will become shorter because as for the higher the inclination of the track will also have higher acceleration which means the cart will become faster and that’s why it will takes shorter time to goes down to the track.
The difference between the picket fence’s acceleration and the value of g is the value of the slope of a graph of average velocity versus time will be the acceleration due to gravity of the falling object. And also the value of g is the computed value for the free fall acceleration, while the picket fence’s acceleration is the value that gathered by manual experimentation for the free fall acceleration, that is also why the data on the g of table 2 and the data on table 3 have the similarities on the digits or values.
Courtney from Study Moose
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