Oscillations of a pendulum with a yielding support Instructor: Mr. Imran khan Cohort: Full Time Student Name & ID: Kyle Rigsby 68891 Date: 11/19/2014 Title page Oscillations of a pendulum with a yielding support Abstract Intent: The goal was to investigate the time taken for the pendulum to oscillate for a time period. Results: Table of Content Objectives i) Tie the end of a thread to a hole in the end of a metal plate so that the length l of the pendulum is about 0.5m
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took the country towards the extreme right swing of the pendulum. This ensured that the minority population enjoyed the majority of the social‚ political and economic benefits. When the pendulum swung back in the democratic era‚ it reversed the exclusivity of the social and political benefits from the minority while the economic ones are still lagging far behind. The constitution of the country has guiding principles that help the pendulum to swing to a neutral position at the centre and not to the
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Essential Theory In order to gain understanding on the workings of these phenomena‚ I will be starting with the mathematical expressions for both a single pendulum and the coupled pendulum system‚ in particular the equation of motion: Where J is the moment of inertia (=)‚ is the length of the pendula‚ and is the length down the pendulum of the coupling device. If we then use the identity‚ and assume that‚ for small angles‚ we can simplify this equation to: As the coupled pendula system exhibit
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affecting the time period of a pendulum. Research question: How does the length of a pendulum affect its time period? The independent variable is the length. The dependent variable is the time. Controlled variable is the mass of the pendulum bob. Formula for 1 period of oscillation of a pendulum of a certain length is T=2π √lg Where l is length and g is gravity (9.81 ms-2) T2= 4π2 lg T2= 4π2g l Hypothesis: The longer the length of the pendulum is‚ the longer the time that
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Written and Compiled by Steve Lockwood‚ 2003 With the support of the Staff at Prospect High School Contents Preface 3 Misconceptions - Force and Motion 5 Pendulum Investigation 6 Assignment - Galileo’s Pendulum 7 Pulse Rate Measurement Using a Simple Pendulum 8 Human Speed 11 Inclined Plane 13 The Trolley Truck and Ticker Timer 17 Investigation of Newton’s Second Law of Motion 19 Summary of Practicum Assessment 21 Preface
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the experiment‚ and then taking our data and presenting it and our results in a report. Method: For this experiment‚ the goal was to use a simple pendulum (shown to the left) to measure the period of the motion. For task 1‚ we just became familiar with DataStudio and learned how to use it to time each “swing” of the ball on the end of the pendulum. Then‚ in task 2‚ using the materials provided we decided that the variables that would have effect on the period are the length of the string
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The pendulum shows elastic collision and conserved momentum. In this set up‚ no momentum is actually lost. Ball 0 just transfers its momentum to stationary ball 1 which it collides with(head-on collision) so ball 0 is put to stop then ball 1 collides with ball 2 causing ball 1 to stop and transfer its momentum to ball 2 and so on until the momentum gets transferred to ball 4 then ball 3 collides with ball 2 and the cycle continues. Thoughts on KPUP Grading System As we all know
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Experiment 1 Part B: Impact Strength Group Number: Group 1 Discussion General Purpose Polystyrene (GPPS) No. | Width(A)‚ mm | Thickness(W)‚mm | Energy‚ J | Joules/Fracture Surface‚ J/m² | 1 | 11.16 | 3.27 | 0.110 | 3014.26 | 2 | 11.17 | 3.28 | 0.116 | 3166.15 | 3 | 11.17 | 3.27 | 0.107 | 2929.43 | High Impact Polystyrene (HIPS) No. | Width(A)‚ mm | Thickness(W)‚ mm | Energy‚ J | Joules/Fracture Surface‚ J/m² | 1 | 11.06 | 3.28 | 0.295 | 8131.92 | 2 | 10.89 | 3.25 | 0.251 | 7091
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PERFORMANCE-BASED INSTRUCTION THROUGH SCIENCE FAIR PROJECTS [pic] Science Office Department of Curriculum and Instruction TABLE OF CONTENTS Parts of a Science Fair Project.......................................................................................... 3 Parts of Science Fair Project Overheads ......................................................................... 5 Understanding Variables .............................................................
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simple harmonic motion using an oscillating pendulum. If I were to design an experiment that would help me study the properties of an oscillating pendulum and investigate what causes a pendulum to swing faster or slower‚ I would prepare several masses (e.g. 20g‚ 50g‚ 100g‚ 200g‚ etc.) that can be attached to a string‚ several strings of varying lengths from 0.1m to 1.0m that are strong enough to support the weight of the masses‚ support for each pendulum‚ a stopwatch‚ and a measuring tool such as
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