Learning Objective: To be able to calculate the Time Period and Frequency of a pendulum. Also, to be able to explain what effect the Mass and Length of.

Slides:

Advertisements

Similar presentations

Are You Getting Sleepy? 4 days Day 1 Day 2 Day 3 Day 4.

Advertisements

BC Science Probe 10 Section 12.1

The frequency and period of an oscillator

In this presentation you will:

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.

Starter: Complete the table and fill in the missing values Stick it in your books.

Measuring Simple Harmonic Motion

All are examples of oscillatory motion! Oscillate means to go back & forth.

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

Measuring Simple Harmonic Motion

CHapter11 Section 2 solving simple harmonics. Objectives  Identify the amplitude of vibration.  Recognize the relationship between period and frequency.

Today’s Topic: Simple Harmonic Motion Explanation Learning Goal: SWBAT name the parts of a wave, and explain the relationship between frequency and period.

Chapter 2: Measurement and Units  2.1 Space and Time  2.2 Mass, Matter, and Atoms  2.3 Experiments and Data.

Aim: How to plot or graph data. What is the Scientific Method? “The Road to Knowledge” The Scientific Method is a method of procedure scientist use consisting.

Lesson 2-3 Example Graph the ordered pairs C(2, 5) and D(0, 5). Then connect the points. What do you notice? Step 1 Graph point C. Start at the origin,

Distance and Time 12.1 Distance is the space between two points, commonly measured in.

Today we are going to look at spring extension when adding masses. Make a prediction for this practical, can you explain why you predict this? Key terms:

General Physics.  A motion that that is regular and repeating  Examples  Circular motion  Mass bouncing up and down on a spring  Pendulums.

Pendulum Simple Harmonic Motion. Pendulum  A simple pendulum is one which can be considered to be a point mass suspended from a string or rod of negligible.

An x-intercept of a graph is the x- coordinate of a point where the graph crosses the x-axis. An y-intercept of a graph is the y- coordinate of a point.

X AND Y INTERCEPTS. INTERCEPT  In a function, an intercept is the point at which the graph of the line crosses an axis.  If it crosses the y-axis it.

Physics 100 Lab Pendulum Period & Frequency Name Date.

Bell Work: Pendulum Intro 1. List as many waves as you can. (aim for 10+) 2. List as many examples of pendulums as you can.

Masses Go To and Fro Oscillating Systems. Periodic Motion OSCILLATION – a periodic variation from one state to another SIMPLE HARMONIC OSCILLATOR– an.

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

Distance is the space between two points, commonly measured in metres (m). Distances between two points can depend on the path taken. Time (t) is the duration.

19.2 Graphs of Harmonic Motion pp Mr. Richter.

Test an Equation for Symmetry Graph Key Equations Section 1.2.

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.

1. If an object has a mass of 70 g and a volume of 35 cm 3, what is the objects density? 2. If the density of a pencil is 20 g/cm 3. What would the density.

Learning Objectives: 1. Identify the different parts of a sound wave 2. Describe the relationship between wave amplitude and intensity + wave frequency.

Chapter 19 Physics A First Course Vibrations, Waves, and Sound.

UNIT EIGHT: Waves  Chapter 24 Waves and Sound  Chapter 25 Light and Optics.

EQ: How can transformations effect the graph a parent function? I will describe how transformations effect the graph of a parent function.

The Loving Relationship Between Frequency and Period Ch 25.1.

Vocabulary Vibration – A wiggle in an amount of time. Period – The time of a back and forth swing in a pendulum. Wave – A wiggle in space and time. Must.

Harmonic Motion Repeats itself over and over again Examples?

Chapter 11. Harmonic Motion Learn about harmonic motion and how it is fundamental to understanding natural processes. Use harmonic motion to keep accurate.

Pendulum Investigation Noadswood Science, Pendulum Investigation Your task is to investigate different pendulums, finding out which factors affect.

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

1.To arrive at the relationship between displacement, velocity and acceleration for a system in SHM 2.To be able calculate the magnitude & direction of.

WAVE PERIOD AND FREQUENCY. WAVE FREQUENCY frequency measures how often something happens over a certain amount of time. We can measure how many times.

CHAPTER 23 WAVES 23.1 Harmonic Motion pp

Inv The Pendulum Question: What is the relationships between the frequency of a simple pendulum and its mass, amplitude and length? Materials: refer.

Write down the most important thing you learnt yesterday. Explain why this was the most important thing you learnt.

3.1 Oscillations Make a list of things which oscillate or vibrate tides Skate boarder in a half pipe pendulum Sun spot activity Mass on a spring Describe.

Reviewing the Worksheet Get out your “Charting the Data” worksheet We will go over this worksheet as a class.

The composition and motion of a pendulum can be described in terms of four measurable quantities. Independent Variables Mass Length Amplitude Dependent.

Graphical analysis of SHM

Introduction to SHM Objectives Describe simple examples of free oscillation. Define and use the terms used to describe simple harmonic motion (SHM).

Period of Simple Harmonic Motion

CHAPTER 23 WAVES 23.1 Harmonic Motion pp

13.1 Harmonic Motion 1.

Energy in SHM Objectives

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.

How do you describe a wave?

24.1 Harmonic motion Linear motion gets us from one place to another.

Harmonic Motion.

Physics A First Course Vibrations, Waves, and Sound Chapter 19.

S1 SCIENCE By J Hargreaves.

Period & Frequency Ch – 25.2.

What is the motion simple pendulum called?

A graphing calculator is required for some problems or parts of problems 2000.

Lesson P1 – Properties of Waves

Measuring Simple Harmonic Motion

Homework Tuesday, February 19, 2019 Study WOW!

What do these have in common?

Simple Harmonic Motion

Chapter 24 Daily Questions

Harmonic Motion Motion in Cycles.

Presentation transcript:

Learning Objective: To be able to calculate the Time Period and Frequency of a pendulum. Also, to be able to explain what effect the Mass and Length of the pendulum has on its Time Period or Frequency. I can describe where pendulums are used in the everyday world. (Grade C) I can calculate the Time Period and Frequency of a pendulum. (Grade B) I can explain what effect the mass and length of pendulum has on the Time Period for a Pendulum (Grade A)

Big Question In Europe early scientists and doctors would use pendulums to locate infections and weak areas of the body – can this really work?

Key words Pendulums Time Period Frequency Mass Big Question: In Europe early scientists and doctors would use pendulums to locate infections and weak areas of the body – can this really work?

Key words What is Frequency?: Frequency is how many cycles per second Measured in Hertz (Hz) What is Time Period?: Time Period is how many cycles there are in one second. Measured in Seconds (s) How are these two things linked? Big Question: In Europe early scientists and doctors would use pendulums to locate infections and weak areas of the body – can this really work?

Where: f = Frequency T = Time Period Pendulums Practise Questions: 1.A pendulum has a frequency of 0.2Hz. What is its time period? 2.A pendulum has a time period of 0.4s. What is its frequency? 3.A pendulum swings 5 times in 1 second. What is its frequency? 4.A pendulum has a frequency of 0.6Hz. What is its time period? 5.A pendulum swings 8 times in 10 seconds. What is its frequency?

Learning Objective: To be able to calculate the Time Period and Frequency of a pendulum. Also, to be able to explain what effect the Mass and Length of the pendulum has on its Time Period or Frequency. I can describe where pendulums are used in the everyday world. (Grade C) I can calculate the Time Period and Frequency of a pendulum. (Grade B) I can explain what effect the mass and length of pendulum has on the Time Period for a Pendulum (Grade A)

Pendulums - Practical Big Question: In Europe early scientists and doctors would use pendulums to locate infections and weak areas of the body – can this really work? Length of Pendulum /m Time for 10 swings /seconds Time for 1 swing /seconds Frequency /Hertz

Pendulums - Practical Big Question: In Europe early scientists and doctors would use pendulums to locate infections and weak areas of the body – can this really work? Task 1: Draw a graph of your results. Plotting Length of Pendulum (x-axis) against frequency (y-axis). Task 2: Write a conclusion about your results.

Learning Objective: To be able to calculate the Time Period and Frequency of a pendulum. Also, to be able to explain what effect the Mass and Length of the pendulum has on its Time Period or Frequency. I can describe where pendulums are used in the everyday world. (Grade C) I can calculate the Time Period and Frequency of a pendulum. (Grade B) I can explain what effect the mass and length of pendulum has on the Time Period for a Pendulum (Grade A)

Big Question In Europe early scientists and doctors would use pendulums to locate infections and weak areas of the body – can this really work?

Learning Objective: To be able to calculate the Time Period and Frequency of a pendulum. Also, to be able to explain what effect the Mass and Length of the pendulum has on its Time Period or Frequency. I can describe where pendulums are used in the everyday world. (Grade C) I can calculate the Time Period and Frequency of a pendulum. (Grade B) I can explain what effect the mass and length of pendulum has on the Time Period for a Pendulum (Grade A)