Pasco ME-9892 Ballistic Pendulum Accessory Manuale Utente

®Ballistic Pendulum AccessoryME-9892Instruction Manual withExperiment Guide012-09842B*012-09842*

®Ballistic Pendulum Accessory Experiment 2: Conservation of Momentum and Energy10Experiment 2: Conservation of Momentum and EnergyBackgroundIn this ex

®Model No. ME-9892 Experiment 2: Conservation of Momentum and Energy11Procedure1. Load the launcher and push the ball in to the third (fastest) posit

®Ballistic Pendulum Accessory Experiment 2: Conservation of Momentum and Energy122. Clamp the RMS on the mounting rod so that the pendulum can rotate

®Model No. ME-9892 Experiment 2: Conservation of Momentum and Energy139. Calculate the torque () applied to the pulley by the string. = RpulleyFT10

®Ballistic Pendulum Accessory Experiment 2: Conservation of Momentum and Energy143. Compare the kinetic energy of the ball before the collision to the

®Model No. ME-9892 Experiment 2: Conservation of Momentum and Energy155. Perform the analysis for energy and momentum as before. What is the kinetic

®Ballistic Pendulum Accessory Experiment 2: Conservation of Momentum and Energy16Further Study VI: Horizontal CollisionRepeat the experiment with the

®Model No. ME-9892 Technical Support 17Technical SupportFor assistance with any PASCO product, contact PASCO at:Limited WarrantyFor a description of

Ballistic Pendulum Accessory Table of ContentsContentsIntroduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Ballistic Pendulum AccessoryME-9892®3Included Equipment Part Number1. Catcher and pendulum rodME-98922. Pendulum attachment screw613-0763. Replaceable

®Ballistic Pendulum Accessory Introduction 4IntroductionUse the Ballistic Pendulum Accessory in combination with a Short Range Launcher and Rotary Mot

®Model No. ME-9892 Equipment Set-up 53. Select one of the holes on the pendulum rod: either the center hole or the end hole. Also select a side of th

®Ballistic Pendulum Accessory Foam Insert Replacement 64. Return pendulum to its normal hanging position.Prepare the Sensor1. Connect the RMS to a PAS

®Model No. ME-9892 Experiment 1: Ballistic Pendulum7Experiment 1: Ballistic PendulumTheoryThe ballistic pendulum has historically been used to measur

®Ballistic Pendulum Accessory Experiment 1: Ballistic Pendulum83. Launch the ball so that it is caught in pendulum.4. After the pendulum has swung out

®Model No. ME-9892 Experiment 1: Ballistic Pendulum9Analysis1. Use your value of max, the distance r, and Equation 1.5 to calculate the maxi-mum hei