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Procedure: Fire a practice shot. Locate the landing point on the floor then secure a piece...
Ballistic Pendulum Version Procedure: Fire a practice shot. Locate the landing point on the floor then secure a piece of white paper to the floor (centered about the landing point). Cover the sheet with a piece of carbon paper and tape it down. 1. Shoot the ball at least 5 times. Take care not to disturb the position of the launcher during the shots. 2. Measure the vertical height H of the projectile launcher from the floor. (Use a plumb...
Part b & c Name Date Data Sheet Experiment 21: Ballistic Pendulum A. The Ballistic Pendulum Mass of ball m- Mass of pendulum M,-0.23 k Trial h2 (m) h1 (m) 0 0:142 Average heighthORSm Initial velocity of ball2ms 30 3 B. The Energy Lost in a Perfectly Inelastic Collision mb 0.0699 Final velocity of ball and pendalam aer the collision m/s Initial Kinétic Energy (J) ie Eaergy ) Kinetic Energy Lost AB a) C.The Determination of the Velocity of the...
TRIAL 1 600 2.610 9.91 o.2 0.39 2.62 43 Average Result: The average speed of the given ball is velas hralels 1) Pull the penduum to the side, insert the ball into the gun, and compress and latch the gun spring Release the pendulum so that it hangs vertically 2) Fire the gun. The pendulum will latch near the highest point of its swing. Measure ne height ha·the vertical distance from the pendulum platform to the center of the ball...
Determining the Initial Velocity ) Vertical Distance O15 Horizontal Distance to paper edge 2 05 m V Calculated time of flight O623s Initial Velocity-2947 m/s Trial Number Distance 1 O029m 3 O0260 4 5 O022m O022m 6 7 O090m O. 022m O.0229m 939m 9 10 Average Total Distance Calculations for Determining the Initial Velocity 1) Calculate the time of flight. Show your work taz0.95m 4.9m sa 2 O4 95m-4 -1 jta t0-12925s 2) Calculate the initial velocity of the plastic...
Need help With Analysis questions. Ballistic Pendulum Lab In this lab, you will explore conservation of Energy and Momentum in an inelastic collision between a projectile and a cardboard box suspended from a string. In particular, you will see that the transfer of linear momentum is easily accounted for in an inelastic collision, but the transfer of kinetic energy is not easy to measure directly. This is because Kinetic Energy in collisions transfers to vibrational, acoustic, and potential energy. Once...
1. A ball is projected horizontally from the edge of a table that is 4.0 meters high, and strikes the floor at a point 3.0 meters from a point on the floor directly below the edge of the table. The initial velocity of the ball as it is projected from the table is, in m/s ( g=9.8 m/s2) 2. At an airport, luggage is loaded into two cars of a luggage carrier being pulled by a luggage motocart whose mass...
Name Date Section Data Sheet Experiment 21: Ballistic Pendulum. A. The Ballistic Pendulum Mass ofball m-9.890. 0698 Mass of pendulum Mp- Trial h2 (m) hy (m) 4.1らコcm : 0.057 in 115.220. IS 3m-10.01am Average beight h Initial velocity of ballm's B. The Energy Lost in a Perfocily Inolastic Collsion O 00 698 01a nal velodic mis Initíal Kinétic Energy (J) Final Kinetic EnergyKinetic Energy Lost AB C. The Determination of the Velocity of the Ball by Projectile Motion Distance from...
Derive the expression for the initial velocity v of a ballistic pendulum in terms of the swept-out angle theta. Use the following equations of momentum and energy conservation... When the projectile and the pendulum stick together, they have total mass m + M and we define their combined velocity to be V⃗ . The relationship from conservation of momentum is: mv = (m + M)V⃗ Conservation of energy requires the initial kinetic energy of the pendulum system to equal the...
THE EXPERIMENT The speed "." of a ball as it leaves the spring gun will be measured by projecting the ball horizontally (0-0) from a table top at a distance H above the floor. The gun is then elevated at a known angle 8. The position of the target is calculated using the measured value of v. calculated time of flight, and the equations of motion. A successful prediction with the projectile hitting the target means that the following concepts...
Tx= vo2/g Sin20 (0 with line through the middle) where Tx= horizontal range, vo= initial velocity, o firing angle at fixed velocity. At which value of 0, r, will attain its maximum value? Please write clearly and neatly, showing appropriate work. No credit will be given for ambiguous work Question 1: (a) How does the range of the projectile depends of angle of projection? Discuss the answer with formula? d neatly, showing appropriate work. No credit will be given for...