Projectile Motion Essay

Analysis and Results: Projectile motion is defined as the parabolic motion of an object as gravity acts on it. The purpose of this lab was to accurately predict the range of a ball launched at 30°. In order predict the range, the velocity at which the ball was being launched had to be determined. Initially, the Projectile Launcher was set on a table, and it was set to fire at 0°. The distance from the floor to the bottom of the barrel was recorded as the height from which the ball fell, and it

Projectile Motion Lab Report Objective: The purpose of this experiment was to find out whether an object, in our case a basketball, accelerated in both the horizontal and vertical directions, or just one direction. The main question that we based this experiment on was, "Does an object accelerate in the x position as well as the y position, or just in one axis?". We hypothesized was that there would be acceleration in both axes because of the motion of the free falling object. Method: The procedure

The purpose of this lab was to examine projectile motion and how the horizontal motion is independent of the vertical motion. Data was used to calculate gravity given that the vertical acceleration was only due to g. The data was collected by sending a ball down a ramp that had a horizontal end. At the end of the ramp there was a monitor that recorded the velocity of the ball as left the ramp. Carbon paper was laid on the ground where the ball landed; the spot that was left behind was measured from

Jessica Vandeveventer Angela Morrow Baker SCI 155 3 February 2016 Projectile Motion Lab Purpose/Question- The purpose of this lab activity is to explore how mass is effected by the theory of gravity. Hypothesis– Whether the object is rolled slowly, rolled fast, or dropped, they are going to hit the ground in the same amount of time. Data Tables/ Graphs – Place all data tables and graphs in this section. You may create your own data tables or copy and paste them in from the lab report assistant.

Freefall and Projectile Motion Introduction and Objectives This lab experiment was done to determine the characteristics of free fall and projectile motion in Physics. The motion in which a body is thrown or projected is called Projectile motion while free fall is any motion of a body where gravity is the only force acting upon it, at least initially. In this experiment, a photogate, a chopper, and a Universal Lab Interface were used to determine the free fall motion of the chopper as it was

through the air it may look impressive, but it is extremely difficult. To understand the physics of tumbling, we look towards projectile motion, gravity, and force. While watching a person tumble it is easy to see why projectile motion has a very big role in tumbling. Projectile motion is the form of motion in which an object falls towards earth after being thrown. Projectile

the back foot and transferring onto the front foot with the momentum being transferred from the body to the ball. The sequence and the body segments (rotation of hips, use of quadriceps and shoulders) will enhance the transfer of momentum. - Projectile Motion - A vital aspect of the preparation phase is the angle of where the racket is positioned. This will determine

article, “Part II: Galileo's Analysis of Projectile Motion," Galileo was an Italian philosopher who made vast contributions to the scientific world, one of which was the principal of projectile motion. Through his observations he was able to accurately explain why projectiles would take the curved paths they do. It was concluded that projectiles travel through two planes, one being horizontal and the other vertical. It was also concluded that this motion on the two planes happened at the same time

Objective The purpose of this experiment was to analyze projectile motion for an object that was launched horizontally and at an angle, and is impacted by gravity and air friction. The study looked at two different scenarios: Varying the range of the launcher that fires a projectile horizontally and how it impacted the time-of-flight: The ranges were short range, medium range, and long range. Varying the range of the launcher as well as the angle of launch and how it impacted the range: The

transfer of energy, heat engines, and projectile motion. (The Physics of Shooting a Gun, n.d.) History Of Firearms The history of firearms begins in China in the ninth century where, huo yao, the world’s first gun powder was discovered; it was created by mixing charcoal, potassium nitrate and sulphur into a fine powder. Historians are prone to recognizing tenth century Chinese fire lances, a spear-like weapon combining a bamboo tube containing huo yao and projectiles tied to a Chinese spear as the first