Maximum height of a projectile motion Lab Report

Maximum superlative degree of a projectile motion - Lab Report ExampleSince the gravitational pull acts downwards ( straight sense) whence the horizontal and vertical components can be treated separately. Thus, the maximum big top traveled by the embody upwards can be calculated (Warren 73). For instance, a waist shoots a ten kilograms cannon balls not bad(p) upwards, with a joke velocity of say 860 m/s, and then ignoring air resistance the maximum apex attained by the cannon balls can be found. Taking the initial velocity in the vertical direction of the cannon ball to be vi and bearing in mind that the acceleration overdue to gravity is acting in the opposite direction (downwards).At the point when the cannonball attains the maximum height, it has nobody velocity thus vf = 0. At this point, the ball starts to accelerate downwards. The equation below is used to calculate the cannons highest point that it r separatelyes before it starts falling downwards (Warren 72).Thus, t he ball will go up to cardinal kilometers or approximately twenty-four miles (Serway, Jewett and Peroomian 20). Theoretically, the ball should come back and attain the velocity same as the launching velocity as it falls at the same point of launching, that is 860 m/s.At each angle of elevation, the initial velocities were noted (McGinnis 73). The same procedure was repeated for the ball with a mass of 5.50 grams. The results were tabulated in a table as shown belowThe result of the heights corresponding to every velocity was obtained, and curves were displace for every mass. The results were as shown below. The table shows the results obtained for the ball of mass 9.5 g.The data obtained for the two balls was tabulated, and the maximum height reached by the ball at each launch relative to the angle of elevation was found (Breithaupt 26). The maximum height was determined using the formulae in the equation (7). H max = . (7).Each ball was launched at its time, and the muzzle veloci ties were maintained