Swing time portfolio BY. Activity 2: Experiment 1 1 Coin2 Coins3 Coins Trial 121.81.2 Trial 22.221.3 Trial 32.21.81.3 Average Time2.11.91.2 Period of.

Slides:

Advertisements

Similar presentations

Pirate Ship—Ocean Motion maXair Skyhawk

Advertisements

It’s Time For... Pendulum Jeopardy!.

STEM FAIR PROJECT Pendulum Problem Miss Daskivich’s 3 rd Grade Class - Northview Elementary.

Keeping A Scientific Journal I. Outline of each science project or journal entry (400 points) A. Write a Topic/Title at the top of the page (10) [Page1]

1.To establish which factors influence the period of a pendulum 2.To understand how the period of a simple pendulum can be used to establish a value for.

SNC1L Scientific variables.

Swingers. Ask a Question How many cycles do you think a pendulum will make in 15 seconds? Cycle = swing away from you and back Pendulum = mass hanging.

Page 16 Pendulum Lab /29 Question: What affects the time period of a pendulum?

Levels of Inquiry Model of Science Teaching: The Pendulum Learning Sequence Dr. Carl J. Wenning Physics Department Illinois State University Normal, Illinois.

Physics 2215 Minilab 5: Simple Pendulum Simple Pendulum Purpose Gain experience in analyzing relationships between variables by graphical methods.

The Grandfather Clock: The Pendulum By Pat Ryan and Kindra Fuller.

Physics 6B Oscillations Prepared by Vince Zaccone

Harmonic Motion Harmonic & Linear Motion Pendulum Basics

Pendulu m Lab What variable(s) affects the swing rate of a pendulum?

Pendulum Lab Physics First Graphing Practice. Graphing in Physics Physics looks for RELATIONSHIPS between variables – Relationship between your independent.

DOES IT MEAN THAT THE MOTION OF THE PENDULUM SIMPLE HARMONIC? For a simple pendulum, the pendulum swing back and forth in a period motion… So…

Aim To find the relationship between the length of a pendulum and its period of oscillation Equipment String, pendulum bob, stop watch, retort stand, clamp.

The Pendulum Gravity Cubit (Defining Distance as a Measure of Time) © Scott Creighton 2008 Test 1.

Pendulums. Definition Simple Pendulum – Massive object, called a bob, suspended by a string or light rod of length, l. Periodic Motion – Motions that.

Section 2 Measuring simple harmonic motion. Amplitude, Period and Frequency.

Pendula (or Pendulums, in the vernacular). What is a pendulum? Pendulum: Consists of a massive object called a bob suspended by a string. What is it good.

The Simple Pendulum. What did we measure? What things affected the period of the pendulum?

Physics 100 Lab Pendulum Period & Frequency Name Date.

Lab 23 A: Harmonic Motion. Purpose Harmonic motion is motion that repeats in cycles. Many important systems in nature and many useful inventions rely.

Experimental Design pendulum My Grandfather clock is running fast.

Pendulum Lab Swinging Singles. Purpose To better understand the concepts of period (T), frequency (f), and amplitude. To determine which variables affect.

Unit Outline--Topics What is Physics? Branches of Science

Pendulum Properties and Energy Carl Wozniak Northern Michigan University.

Pendulum Lab  Refer to Swing Time on pg. 21.  Question: Choose one of the following:  Does the swing of a pendulum take longer for an object of greater.

Investigation 1.  Why is it important to control which variables stay the same and which change?  How does a changing variable affect the outcome of.

Variables/ Swingers Part 1: Exploring Swingers

PENDULUMS LIFE BOATSPLANESFLIPPERSPOTPOURRI.

Waves Chapter 25. What is a Wave? We have measured objects moving in straight lines, in circular paths, falling to the Earth and now objects that move.

Simple Harmonic Motion. Types of Motion Periodic Motion Motion which repeats itself Intervals of Time  Ex. watch, heart pumping Oscillatory Motion Motion.

What is a Pendulum? Is a WEIGHT suspended from a PIVOT so it can swing freely. When displaced it is subject to a restoring force due to gravity which.

Pendulums… Competency Goal 4: Conduct investigations and use appropriate technologies to build an understanding of forces and motion in technological designs.

9.. PageActivity Date 9Pendulums If I make my swinger shorter, what will happen? (Skip three lines) 2. If I make my swinger longer, what.

Variables Module Investigation #1. DateActivityPage # Pendulums/Swingers4.

Super Intense Area Problem Assignment. What are the steps for solving this type of problem given at the end of the note video? 1.

Variables Unit. Investigation 1: Swingers Today we are starting a series of activities that will help us understand how to design and conduct scientific.

Measuring Harmonic Motion. Amplitude Maximum displacement from the equilibrium position.

Teacher Page IV. Force, motion and mechanical energy A. Relative Motion 7th grade assessment Science standards 3.1; 3.3; 4.1 Students should be able to.

Variables. Variables Challenge: What is swinger action? Background: Where have I seen swinger or pendulum action?

Measuring Simple Harmonic Motion

Distance and Midpoint Formulas

Why is it important to change only one variable at a time?

Pendulum Investigation

How does the stretch of a vertical spring depend on the mass hanging from it? 1 Pendulum Experiment Wild Guess: What time will it take for a 6 m pendulum.

“Swingers” What is a pendulum?.

Oscillatory Motion: the Pendulum

Measuring Simple Harmonic Motion

S1 SCIENCE By J Hargreaves.

Unit 1.1 Vibrations.

Period & Frequency Ch – 25.2.

The Simple Pendulum.

Kinetic vs Potential Energy

Measuring Simple Harmonic Motion

Homework Tuesday, February 19, 2019 Study WOW!

“Swingers” What is a pendulum?.

Measuring Harmonic Motion

“Swingers” What is a pendulum?.

Physics 12 - Key Points of the Lesson

The Scientific Method SNC2P

Motion and Variables Exploring Motion.

“Swingers” What is a pendulum?.

Presentation transcript:

Swing time portfolio BY

Activity 2: Experiment 1 1 Coin2 Coins3 Coins Trial Trial Trial Average Time Period of pendulum

Activity 2: Experiment 1  The weight of the bob affects the period of the pendulum. The length also affects the period of the pendulum. The acceleration also affects the period of the pendulum.

Activity 2: Experiment 2 1 Coin2 Coins3 Coins Trial Trial Trial Average Time to Complete 10 Full Swings Period of pendulum

Activity 2: Experiment 1  The length affects the period. The longer the length, the longer it takes. The string was shorter than the one in Experiment 1, so the period decreased.

Activity 3: analyzing  t= √l(4π^2)/980. The longer the length, the longer the period. Length of Pendulum Experiment Period Theoretical Period

Activity 3: analyzing  When solving the theoretical period, the length in the formula was used. This was not used in the Experimental Period, so the periods were different

Thanks for watching!!!