Projectile Motion Lab

Theory Overview In theory, y=yo-1/2gt^2, where y competents height in the vertical bang.Time, symbolized by t, would be the amount of seconds it took an inclination to drop out this vertical distance, and g being the gravitational force of 9.8 perform on it before it hit the ground.Time can be endue up more directly by using the compare=2yo/g . Y symbolizes the initial velocity in the y or vertical elbow room. If the orb were croaking along the x-axis or in a horizontal direction, the equation would be x=vt. In the horizontal direction, the force of gravity is non significant solveor because the target area is already on the ground. However, if an object were irradiation discover of a torpedo for example , in a horizontal direction , then the force of gravity would directly act upon the object on its descent . When an object is projected at a specific angle, then your v is no long-dated v. In other words your final velocity is not equal to your initial velocity . The equation v=v romaine is used. Experiment overview: In this lab , my partner and I performed six-fold attempts to calculate the average distance a skyrocket would travel before hitting the ground when shot discover of a gun in a horizontal direction . In the first trial , we shot the circular admixture ball out of the gun at an angle match to the ground(0).

The gun , itself , had three levels of compression . The third compression was the strongest and indeed , shot the ball farthest , and the first compression performed the weakest force. for the first barrier , the value of time was calculated using the formula: t ?2yo/ g.Yo was set equal to 1, illustrating that t! he gun was positioned 1m from the ground, and g was equal to 9.8 (gravity constant). With this information, our time was found to be .45175 seconds. Now , using the plastic end , we positioned the gun to its third compression and shot the ball a total of 3 times .Using a meter destroy , we measured the distance along the ground that the ball traveled once it hit the carbon paper aligned on the floor....If you want to get a full essay, order it on our website: BestEssayCheap.com

If you want to get a full essay, visit our page: cheap essay