Work – Learning Outcomes

Slides:



Advertisements
Similar presentations
Work and Power.
Advertisements

Work Work is done only when a force moves an object.
Work and Simple Machines 1. What is work? In science, the word work has a different meaning than you may be familiar with. Work: using a force to move.
Introduction to Work. Where we have been Previously we used Newton’s Laws to analyze motion of objects Previously we used Newton’s Laws to analyze motion.
P3d(i) Work and Power You will find out about What work is How to calculate work The energy needed to do work
Wednesday, 12/10/14PHYSICS If you do the same old things, you get the same old results!
Work. What is work? In science, the word work has a different meaning than you may be familiar with. The scientific definition of work is: using a force.
Work. What do you think of when you think of work? You probably think of…
Work Kinetic Energy Potential Energy. Work is done when There is an application of a force There is movement of something by that force Work = force x.
Kinetic Energy A moving object has energy because of its motion. This energy is called kinetic energy.
Work and Power. Assignment I will number you into groups. You will be working in chapter 8 of the book. Your group number will represent your section.
Unit 6 – Lecture 1. Work Work = force applied over a certain distance [force and distance are in the same direction] W = F * d Force (F) is measured in.
Physics: Work and Power This presentation was developed at Oak Ridge High SchoolOak Ridge High School.
1 Work and Power. 2 History of Work Before engines and motors were invented, people had to do things like lifting or pushing heavy loads by hand. Using.
The weight lifter applies a large force to hold the barbell over his head. Because the barbell is motionless, no work is done on the barbell.
1 Work and Simple Machines. 2 What is work?  In science, the word work has a different meaning than you may be familiar with.  The scientific definition.
Work.
Essential Question: What is work (in physics)?
Work. Work – is a quantity that exist whenever a force acting upon an object causes a displacement. Displacement – a vector quantity, which refers to.
Energy and Work. Energy Energy is the ability to change or cause change. If something has no energy, there can be no change.
Speed, Momentum, Acceleration, Work, Power, and Potential Energy Practice Problems TEK I6A – describe the law of conservation of energy; and TEK I4A.
Unit B 1.4 Work and Energy. Force Defined as a push or a pull on an object Measured in Newtons Force (N) = mass (kg) x acceleration (m/s 2 ) Kg*m/s 2.
Work.
Work done is the energy transferred when a force moves an object over a distance. Since work is energy transferred, the unit for work is the joule (J).
Work-Energy Theorem Work : W net = F net d However, we know F net = ma So work gives an object some acceleration Acceleration means the velocity changes.
Work = Force x Distance W= F x d Work is a force exerted across a distance ! A transfer of energy!
Energy and Work Part 2. What is Work Work is the transfer of energy through motion –When force acts over a distance in the direction of an object’s motion.
Calculating Work. Work = force x distance W=f x d Unit of Measurement for Work is Joules Unit of Measurement for Force is Newtons Unit of Measurement.
PHYSICS – Work and Power. LEARNING OBJECTIVES Work Core Demonstrate understanding that work done = energy transferred Relate (without calculation)
Understanding and Calculating Work Work - When a force acts on an object and causes it to move through a distance, energy is transferred and work is done.
Work and Power Chapter 13.1 Notes. What is work? Work is done only when force is applied to an object AND the object moves in the same direction as the.
POWER Mrs. Anna Ward James Martin MS. DO NOW!!! 1. Alex used a force of 60 N to lift a heavy box over his head. If he moved it a distance of 1 meter,
In this section you will use the equation to calculate work done use the equation to calculate kinetic energy solve simple energy interchange problems.
Work  Work occurs when: 1.An object moves when a force is applied 2.The direction of the objects motion is the same as the direction of the force Formula:
Forces.
Today’s lesson Learn what “work” is! Learn how to calculate work
Energy and Work.
Work and Power Chapter 3, Lesson 1.
Speed, Momentum, Acceleration, Work, Power, and Potential Energy Practice Problems TEK I6A – describe the law of conservation of energy; and TEK I4A.
Energy and Work.
What is Work? Work – The product of force and distance when a force moves an object a distance. In order for you to do work on an object, the object must.
Work, Power, Energy – Learning Outcomes
Work.
Unit 8-4 & 8-5 Work and Machines
Which one would be easier to accelerate by pushing?
Essential Question: What are the different types of energy?
Work.
Work and Power.
Work & Power How the world works…..
Work and Power.
What is the idea of Work and how does we use this to solve Energy problems Use “Work” when there is an external force (like friction or pushing/pulling).
Potential Energy.
Work.
Write Definitions for:
Work and Power.
Unit 8-4 & 8-5 Work and Machines
Still Still Moving Moving 75N 75N 75N 100N 75N 10N 10N 75N 45N 80N 45N
Physical Science Work and Machines.
Today we will: Learn what “work” is! Learn how to calculate work
Work, Energy and Power.
GRAVITATIONAL POTENTIAL & KINETIC ENERGY
Work and Power Calculations
Work.
Work and Simple Machines
Energy, Work, and Power.
Energy, Work & Power How the world works…..
Work, Power, and Machines
Sci. 4-1 Work and Power Pages
Work & Power.
Work and Simple Machines
Presentation transcript:

Work – Learning Outcomes Define work and give its unit. Solve problems about work. Demonstrate work being done. Give examples of work being done.

Work Work is done on an object when a force moves it in the direction of that force. Formula: 𝑊𝑜𝑟𝑘=𝐹𝑜𝑟𝑐𝑒×𝑑𝑖𝑠𝑝𝑙𝑎𝑐𝑒𝑚𝑒𝑛𝑡 Formula: 𝑊=𝐹×𝑠 Work is measured in joules (J).

Examples of Work Lifting something.

Examples of Work Pushing something.

Examples of Work Climbing something.

Work e.g. Find the work done when Sorcha pushes a shopping trolley with a force of 400 N a distance of 25 m. e.g. Rebecca wants to beat the current Olympic record for the snatch weightlift. She needs to lift at least 152 kg above her head in one fluid motion. How much work does she need to put in? e.g. How much work is required to accelerate a 1000 kg car from rest to 30 ms-1 in 10 seconds?

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.