Generic Projectile Motion Lab

I. Introduction- From the beginning of time hatful have tried to image how an object will gestate when on a lower floor the object of graveness alone. Galileo preformed an taste similar to our experiment. He used a metal ramp, a eggs and an grand surface and estimated where the puffiness would soused down based on calculations he had derived from previous experiments. (Anslem Encyclopedia) For our experiment we had a ball document down an inclined plane, consequently onto a table, through deuce moving-picture show provide which clocked the time, and the in the long run rack up the table. Our causal agency for doing this experiment was to determine whether it is thinkable to accurately bid the terminal position of an object under only the motor of gravity, development the laws of projectile motion. X= The nett position of the ball. H= The vizor side of the table The equations we used to predict the terminal position ar as follows; X=X0+V0+at2 V=V0+at Then we shake clear up the information we knew, and the information we had to work on for in a list. X Y . X0- 0 X0- .0 X-? X- .775 V0 -? V0 - 0m/s V-? V-? A-0m/s2 A - -9.8m/s2 T-? T ?

II. Experiment. For our experiment we placed a wooden control at an arbitrary tip against the wall on top of a table. Then we restore up the photo portals about a base from the point of contact amongst the ruler and the table. We set up the photo gates in a way that the optical maser on each gate was ten centimeters away from the optical maser on the other photo gate, giving the ball muddle of room to compile in between. Next, using brief calculations, we hypothesized where they ball would land, before placing the ball at the point of connection of the ruler and the wall, letting go of the ball, and allowing it to roll as seen in the to a lower place diagram. III Data. Table 1.1 The velocities everywhere the...If you want to get a full essay, order it on our website: Ordercustompaper.com

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