9th Physical Science Week of Nov 16 th – Nov 20 th.

Slides:



Advertisements
Similar presentations
Chapter 5 Work, Energy and Power
Advertisements

Ch 8 Energy Notes ENERGY.
Work and Energy By Mr Leavings Chapter 5. What is Work In science Work has a specific meaning. If you push a box with a force of one newton for a distance.
Chapter 8 Energy.
Our BIG question: HOW MUCH ENERGY IS IN AN EARTHQUAKE ?
Chapter 5 Review Work may be measured using units of: Joules.
ENERGY BASICS.
Phy 101: Fundamentals of Physics I Chapter 7 Lecture Notes.
Ch 8 Energy Notes Concept Summary Batesville High School Physics
Work, Machines and Energy Systems Reference: Ch. 10 & 11.
Integrated Science Unit 2, Chapter 5.
Chapter 13 WORK & ENERGY.
In science and technology work is done when a force acts on a body and the body moves in the direction of the force. No work is done Work is done.
Chapter 9 Energy.
Notes on Chapter 8 Work & Energy
Energy By: Cheyanne, Rene, MaryAnne, Taylor, Lyndsay, Nikolas.
Integrated Science Unit 2, Chapter 5.
Energy Kinetic and potential Forms of Energy Mechanical - energy with which moving objects perform work Ex: bicycle, sound Mechanical - energy with which.
Power, Work and Energy Physics January 2 and 3. Objectives Define and Describe work, power and energy Evaluate how work, power and energy apply to the.
Work, Power, and Machines
Mechanical Energy Ch. 4. Energy Is the ability to do work. Energy = work Units = Joules (J) James Prescott Joule.
CH 8: Energy. Last chapter: How long a force acts makes a difference in an object’s motion. F x t = Impulse.
UNIT TWO: Motion, Force, and Energy  Chapter 4Motion  Chapter 5Force  Chapter 6Newton’s Laws of Motion  Chapter 7 Work and Energy.
The BIG idea Energy is transferred when a force moves an object. Work and Energy Work is the use of force to move an object. 4.1 Energy is transferred.
Chapter 8 Work and Energy.
Chapter 5: Work, Energy, & Power Section 5.1: Work pages 83 to 86 Section 5.2: Energy Conservation pages 87 to 90 Sections 5.3: Energy Transformations.
Machines and MA Page Simple machines ► Means a machine that only uses the forces directly applied and accomplishes its work with a simple motion.
CHAPTER 8 ENERGY. Energy What is energy? You can see its effects, but it can be difficult to understand. First, let’s look at a closely related concept:
WORK.
Chapter 5 Work, Energy and Power p. 79. Work “Work” means many things in different situations. When we talk about work in physics we are talking about.
Energy, Simple Machines and Engineering Design Principles.
Chapter 13 WORK & ENERGY. TN Standards CLE – Demonstrate the relationship among work, power, and machines CLE – Investigate the Law.
Ch. 8 Energy. Learning Intention Understand how to describe, discuss, and quantify the energy of a system Journal: Why do you think this concept is important?
What is energy?. Forms of Energy: KE = Kinetic Energy (motion) PE = Potential Energy (position) ME = Mechanical Energy = KE + PE = ½ mv 2 + mgh.
C HAPTER 12 W ORK AND E NERGY Section 2 Simple Machines p. 385.
Energy and Power We think about it all the time….
Unit 2, Chapter 5 Integrated Science. Unit Two: Work and Energy 4.1 Force and Machines 4.2 The Lever 4.3 Gears and Design Chapter 4 Machines and Mechanical.
Chapter 4 Physics A First Course Energy and Systems.
Energy, Work and Power. Work, Energy and Power Objectives: Describe the relationship between work and energy Calculate the work done by a constant applied.
Work Power Energy. Work Concepts Work (W) ~ product of the force exerted on an object and distance the object moves in the direction of the force. Work.
Energy (REVIEW). Two Forms of Energy Kinetic Energy – of MOTION KE = ½ mv 2 Potential Energy – Energy of POSITION PE = mgh (gravitational PE) (g = 9.8.
Work = work is done when a net force on an object causes it to move a distance W = Fd Or Work (measured in joules) = Force (N) times Distance (m) Is work.
9th Physical Science Week of Nov 9 th – Nov 13 th.
Work and Machines Work Power Energy Machines. What is work? Work – what happens when an object changes its position by moving in the direction of the.
Energy.  Work is done when a force acts on an object and the object moves in the direction of the force  W = Fd (measured in joules)  Two types of.
Work is only done by a force on an
Grab the Girl on a Bike Picture
Introduction to Energy
Chapter 12 Work and Energy
10.2 Work 1.
November 23, 2015 Work and Power Quiz moved to Dec. 1
Energy Notes.
Energy Chapter 4.
Work Force (N) Work (joules) W = F x d Distance (m)
Summary of the Laws of Motion
Energy Conversion and Conservation
ENERGY The SI unit of energy is the Joule.
Work, Kinetic Energy, & Potential Energy
Chapter 8 Work and Energy.
Lesson 1 What is the Conservation of Energy?
Chapter 13 WORK & ENERGY.
Chapter 4 Work and Energy
Stored energy due to position
Work and Energy Notes on Chapter 5.
Ch 8 Energy Notes Concept Summary
Textbook: Homework: pg # 12 – 28 (even only)
Energy Review.
Chapter 8 Work and Machines.
Ch 4 Energy Kinetic Energy (KE) – the energy a moving object has because of its motion; depends on mass and speed of object KE = mv2/2 Joule – SI unit.
Conservation of Energy
Presentation transcript:

9th Physical Science Week of Nov 16 th – Nov 20 th

 Introduction: Simple Machines – Mechanical Advantage – Work  Worksheet: Mechanical Advantage of Simple Machines 8:05 – 10:35/10:40 -- Testing in West Gym 10:45 – 11:15 -- Lunch (SW Cafeteria) 11:15 – 2:00/2:30 -- Team Activities (Off site)  Introduction: Energy & Conservation of Energy  Worksheet: Potential & Kinetic Energy  Introduction: Efficiency & Power  Worksheets: Efficiency and Energy - James Prescott Joule (Homework)  Worksheet: Work  Worksheet: Power

LEARNING TARGETS I can identify examples of simple machines. I can evaluate the mechanical advantaged of simple machines. I can tell what it means to “do work” in a scientific sense. I can describe how energy changes as systems change. I can discuss examples of energy transformation. I can explore energy involved in carrying out daily activities. I can describe relationship between work and power. I can apply a rule to determine the amount of power needed to do work. I can explore the meaning of efficiency in terms of input and output of work.

Next Quiz / Test : Tuesday November 24 th It will cover : Chapter 7, You will need to know : Simple machines – Mechanical Advantage [MA = F o / F i MA = L i / L o MA = Length / Height] – Work [W = F ˙ d] – Energy [chemical, radiant, nuclear, and mechanical] Potential Energy [PE = mgh] Kinetic Energy [KE = ½ mv 2 ] – Law of Conservation of Energy [Unit of energy – Joule] – Power [P = W/t] - [ Unit of power – Watt or Horsepower] – Efficiency [Eff = Output Work / Input Work]