Study I: Range and Initial Velocity of the ball. Looking at data from a physics lab from projectile. In Lab 1, Experiment 1 you were asked to plot a trendline for vertical motion. The objective of this lab is to use the physics of projectile motion to predict the. To physically make your lab report, you have several options. MANUAL FOR GENERAL PHYSICS LAB. This definition of a. Come browse our large digital warehouse of free sample essays. Physics 31210. 78, Derivation 3.1: Maximum height and range of a projectile. Experiment 2: Projectile Motion. Repeat the experiment by pushing in the piston and increasing the pressure to 1.1 x 105 Pa. 5. In this experiment we are going to use a projectile launcher to vary the angle of release for a piece of. Unless otherwise directed, students are to write lab reports in their science laboratory. Plan your 60 minutes lesson in Science or Physical Science with helpful tips from Sara Leins. Projectile motion Separateness of x and y components. The physics that can be taught are the relationship between velocity and distance. Reading Quiz. Your answers and initial your lab report. Physics projectile motion lab report. It's ideal for the student lab! 25–27, Lab Exam during your regularly scheduled lab period. Understanding motion, free fall, projectile motion, Atwood's machine, Boyle's law, electrical. This lab entertained the idea of projectile motion and how, at different maximum heights and velocities, an object can fly shorter or farther. In this lab we will study two dimensional projectile motion of an object in free fall - that is. You will calculate the initial velocity of the projectile by measuring. In my AP Physics B class, I'm reviewing all of the material on the AP exam even though all of the students studied some of this materials last. In a two-dimensional space, an object's position is given by a pair. The reaction times of people of different ages and to report back with the results. In this experiment you will throw a ball as hard as you can while changing the ball's initial. A full report and diagrams plus analysis of projectile motion experiment, includes answers. Group Written Report, Individual Laboratory Report, Practical Examination, Final Examination. Of the room in which the experiment will be performed could be shorter than 8 metres long. If you have a grade of 0 for 5 or more lab reports, or your final average is less than 30%, you will receive an F. 10/04 – 10/10* M4: Projectile Motion. E X P E R I M E N T 9 Projectile Motion: The Ballistic Pendulum Laboratory Report. In this experiment we will explore how the motion depends. Main question is in projectile motion there is no horizontal acceleration, but why is there here? Most lab reports in College Physics will be informal reports written by hand in a laboratory. Projectile Motion Mr Keefer. Projectile motion lab report - Instead of concerning about research. For foundation student. Lab - Projectile Motion. Experiment 8 Ballistic Pendulum. The simulation of projectile motion can be treated as two separate 1D. Experiment 6 - Free-fall.. Home • NEWS • Demos • Physics Mail • Physics Forum. Fall Term 2004. • To learn the fundamentals of projectile(launching) motion with the different angles. 1) Gather 3 meter sticks, a launcher, a ball, a ram rod, 2 clamps, a long sheet of paper, some carbon paper, a stopwatch and a buggy. View Lab Report - PHYSICS PROJECTILE MOTION LAB REPORT from PHYSICS 1A at Texas Tech. Sample Lab Report #1. A marble was launched horizontally off a table-‐top and the distance it traveled forward was. In Lab One we coded a water rocket 'simulation' using Matlab.
Surface will offer negligible friction to the swinging motion of the arm. The purpose of this lab was to measure the properties of projectile motion. Read this essay on Projectile Motion Lab. Get the knowledge you need in order to pass your.
2 Due to the constant downward acceleration of gravity ( g ), the equations of motion are Range = x − x0 = v0 x t (3) y − y0 = v0 y t − 1 2 gt 2 (4) where x0 is the starting horizontal position, y0 is the starting height, x is the final horizontal position, y is the final height, t is the total time-of-flight, and g is the acceleration of gravity. As the final height equals the initial height ( y= y0 ) and equation (4) can be easily solved for t : t = 2 v0 y g Using equation (2) to substitute for v 0y yields: t = 2 v0 g sin θ (5) Substituting equations (5) and (1) into equation (3) yields: Range = x − x0 = 2 v0 2 g sin cos = v0 2 g sin 2 (6) The initial velocity will be determined from your data. You will have two values for initial velocity, one from the time-of-flight data and one from the range data. Experimental Procedure Experiment 1: One-level projectile motion. In this experiment you will launch a projectile at different angles and measure the time-of-flight and range (distance traveled) for each angle. Referring to Figure 1, the time will be measured by the photogate and the landing pad, which start and stop the timer, respectively. The landing position will be measured by carbon paper (to make a mark) and a ruler. At least three trials will be taken at each angle to determine the statistical uncertainty of the measurements. Data collection: 1. Practice: Load the steel ball into the launcher using a pen or pencil to reach the “medium range” setting (two clicks). Make sure to wear safety glasses and DO NOT LOOK INTO THE LAUNCHER once it is armed . Practice launching at several different angles; try to use the containment box to catch the ball. Loosening the thumb screw will allow you to adjust the launch angle. 2. Prepare Landing Pad: Take a piece of white paper and place it over the landing pad. Bend it over the edge of the pad and tape it to the wooden platform (see Figure 3). This will hold the paper in position. Place a piece of carbon paper face down on the landing pad. Do not tape the carbon paper to the landing pad. This will record the landing position of the projectile. Adjust the height of the landing pad by rotating the feet of the wooden platform. The landing pad should be at the same height as the launcher for one-level projectile motion.