 Mechanisms change the direction of motion to make tasks easier.(Pulleys)  Machines do many different tasks, such as tasks that are too difficult, time.

Slides:

Advertisements

Similar presentations

Simple and Compound Machines

Advertisements

Three types of lever.

Machines and the Body By, Vijaya George.

Chapter 4 Machines, Work, and Energy

All mechanisms have some things in common:  They involve some kind of motion.  They involve some kind of force.  They make a job easier to do.  They.

Third Class Levers By: Manyi, Daniel and Ella. What is a Third Class Lever? Definition: A lever where the effort is located between the fulcrum and the.

Using Simple Machines to do Work More Easy Devices that allow us to perform the same amount of work more easily.

Mechanical Advantage and Simple Machines

Simple Machines and Mechanical Advantage

Types of Simple Machines

Work, Power and Simple Machines.

Chapter 9 - Simple Machines

Levers. Definition A simple machine A board or bar that rests on a turning point called the fulcrum Used to change the amount, the strength and the direction.

What is mechanical advantage?

Mechanical Advantage How much does an inclined plane, screw, wedge, pulley or lever really help you?

Motion, Forces, and simple Machines Andrew Lisbon Tuesday 5/6/2014.

Ch 6 Test: Controlling Heat Transfer

Work Chapter 15 Section 4. Objectives Identify 6 simple machines Explain how the machine work Explain the difference between classes of levers Describe.

SIMPLE MACHINES.

© Mark E. Damon - All Rights Reserved Vocabulary Types of Simple Machines Using Simple Machines How Simple Machines Work Simple Machines Hodge- Podge.

1. Friction – a force that acts like a brake on moving objects.

The Human Body Chapter Nineteen: Support and Movement 19.1 Bones and Muscles 19.2 The Human Body as a Machine.

Lesson 3: How are work and Motion related?. Work – the result of a force MOVING an object.

LEVERS by David Sagae 8th grade. LEVERS Definition: A lever is any rigid rod or plank that pivots, or rotates, about a point. The point about the lever.

Notes 13-4 Machines and the body. Force A push or pull on an object Described by magnitude (strength) and direction Unit = Newton.

Mechanical Advantage What do simple machines do for us anyway?

Mechanical Advantage The measurement of how useful a machine is to the job.

SIMPLE MACHINES 9.2.

Machine Review. Inclined Plane Effort Force Load Distance Load Force Effort Distance.

Levers Simple Machines. Levers are used to help lift heavy objects.

Simple Machines Work and Simple Machines What is a Simple Machine?  A simple machine has few or no moving parts.  Simple machines make work easier.

Motion, Forces and Simple Machines Chapter 5. Section 1- Motion.

Work and Simple Machines SWBAT define work; distinguish the different types of simple machines; explain how machines make work easier.

Levers A lever is a rigid bar that pivots (rotates) about a fixed point. Levers are used to change the magnitude, direction, or speed of forces that act.

How are simple machines similar and different?. Simple Machine A machine that does work with only one movement. Compound Machine A machine made up of.

Chapter Nine: Simple Machines

W = Distance x Force.

Work and Machines  Work is a form of energy. It is the energy that it takes to cause things to move. Sometimes called Mechanical Energy. The Formula.

DO NOW Prepare for Vocabulary Quiz over chapter % words Pick up notes sheet when you turn it in.

Chapter Nine: Simple Machines

Simple Machines Unit Three Vocabulary. compound machine.

Simple Machines. A Simple Machine is a machine with few or no moving parts. Simple machines make work easier.

Machines & Mechanical Systems

All About Simple Machines

Activity One: Getting Some Leverage on Simple Machines

Section 3 – Notes on Levers ONLY

Chapter Nine: Simple Machines

Work, Simple Machines, and Mechanical Advantage

Levers & Moments.

Simple machines - Levers

How can you make work easier on yourself?

Chapter Nine: Simple Machines

Mechanical Advantage Simple Machines.

What is the mechanical advantage of a machine?

Mechanical Advantage Simple Machines.

Machines 4. Simple Machines

Simple Machines The six simple machines are: Lever Wheel and Axle

Levers and Mechanical Advantage

Levers Lever is a simple machine that allows you to gain a mechanical advantage in moving an object or in applying a force to an object.

Mechanical Advantage Simple Machines.

Year 11 GCSE PE Revision Booklet.

Work is the transfer of energy to an object by using a force that causes the object to move in the direction of the force. * Work is measured is Joules.

A lever is a machine consisting of a beam or rigid rod pivoted at a fixed hinge or fulcrum. A lever amplifies an input force to provide a greater.

Levers Lever is a simple machine that allows you to gain a mechanical advantage in moving an object or in applying a force to an object.

Who Wants To Be A Millionaire?

Mechanisms- Levers and linkages

Machines Levers & Torque.

Presentation transcript:

 Mechanisms change the direction of motion to make tasks easier.(Pulleys)  Machines do many different tasks, such as tasks that are too difficult, time consuming or too dangerous for humans to do.

 Machines are composed of one or more mechanisms.  A mechanism changes one form of motion to another form of movement.

 It is easier to push down than to lift a heavy weight because of gravity.  Changing the direction of the force makes it easier to get the job done.(Levers)  Mechanisms also change the value of forces. The value of power increase, it allows us to use a small force to lift a heavy load to.

 The movement we apply is called the input motion. Process A mechanism changes the motion and delivers a different kind of movement, the movement is called output.

 We can use different levers to make our lives comfortable. Levers are divided into three different classified classes depending on how the fulcrum, load and effort is arranged.

 A lever is a rigid rod that turns around a point called a fulcrum. It is used to change the direction of a force, to transmit a force over a distance, and to increase the value of a force.  The weight that needs to be lifted is called the load.  The force that has to be applied to lift the load is called the effort.

 There are 3 important characteristics in a lever. EffortFalcrumLoad

FLE

FEL

FEL

 Mechanisms change the direction of motion to make tasks easier? (True/False)  Machines are composed of one mechanism? (True/False)  A mechanism changes one form of motion to another motion? (True/False)  Why is it easier to push down than to lift a heavy object?

 Changing the direction of force makes it easier to get the job done? (True/False)  Explain what is the difference between input motion and output motion.  List 5 example of machines  Levers are divided into three categories which are known as:  Draw and label the 3 classes of levers and list one examples for each lever.

 Mechanisms change the direction of motion to make tasks easier? (True/False)  Machines are composed of one mechanism? (True/False)  A mechanism changes one form of motion to another motion? (True/False)  Why is it easier to push down than to lift a heavy object? Because you use the same motion as gravity

 Changing the direction of force makes it easier to get the job done? (True/False)  Explain what is the difference between input motion and output motion.  The movement we apply is called the input motion. A mechanism changes the motion and delivers a different kind of movement, the movement is called output.

 List 5 example of machines  Levers are divided into three categories which are known as:  Fulcrum; Effort and the Load  Draw and label the 3 classes of levers and list one examples for each lever.