1 Electricity Generation with Magnets or Lemons. 2 If you want to do something useful - you need energy We feel tired when we run out of energy So we.

Slides:



Advertisements
Similar presentations
attract circuit When two objects are pulled together.
Advertisements

attract When two objects are pulled together circuit.
Electricity.
Electricity Active Physics. The Atom All matter is made up of atoms Atoms are made up of 3 types of particles protons, electrons and neutrons Protons.
Electricity How is it made?.
Unit E Lesson 7 Study Guide. What is electrical energy? 1). A battery provides _____ energy. 2). The chemical reactions in a battery produce _________.
Electricity Electricity is energy We use energy to heat and cool our homes. for lights and appliances. run cars, planes,
A basic property of the tiny particles that make up matter; it can be positive or negative: Some particles of matter have an electric charge. Electric.
Electricity and Magnetism Chapter 13
Electricity! A Really Bright Idea… Mrs. Zoeller – 4 th Grade.
Electrical Energy - Moving electrons in a path is electricity
Chapter 16:Electricity Section 3 – Circuits.
Circuits and Electronics. Circuits A circuit is a closed path through which a continuous charge can flow. A circuit is a closed path through which a continuous.
NATURAL SCIENCES GRADE 5 Energy & Change. NATURAL SCIENCES GRADE 5.
Electrical appliances cannot work using static electricity. They need a constant flow of moving charges: this is called electric current or current electricity.
Electricity. What is electricity? Electric current – flow of electrons through a _______ Current (I) is measured by how many __________pass a given point.
4.2.3B Electrical Power What About Watts?. Power Law Moving electrons (current) requires ENERGY How much energy gets used depends on: Strength of push.
Student Objective To explain how energy transformations produce electricity 1 Warm Up Predict: How EXACTLY does a generator produce electricity?
Electrical Circuits. Getting the Idea Whenever you turn on a lamp or watch TV, you are using electrical energy. This energy is in the form of a flow of.
$1 Million $500,000 $250,000 $125,000 $64,000 $32,000 $16,000 $8,000 $4,000 $2,000 $1,000 $500 $300 $200 $100 Welcome.
ELECTRICITY Chapter 16. Lesson One Vocabulary Electricity- a form of energy produced by moving electrons Electromagnet- a magnet made by coiling a wire.
THIS IS With Host... Your A- Static Electricity B- Flowing Electricity C- Magnetic Fields D- Transform It! E- Teacher’s Choice.
Electrical Circuits Bobbi Martin, Las Vegas, NV. What is electricity?  It is a form of energy that is created from the movement of electrons of atoms.
Current Electricity 1. What is Electric Current? Electric current is the flow of electricity through a conductor. The current is caused by the movement.
Warm-up 1.List some things that you already know about magnets. 2.Do you think magnets could cause any type of forces or motion? Why? 3.Based on what you.
EXPLINATION!!! Home = cell or battery School = the light bulb The stick people = the electrons Imagine that ‘home’ (the cell or battery) is the house.
Natural Sciences and Technology Grade 5
Ch. 24: Electric Current and Circuits Vocabulary: electrical energy, electric current, circuit, closed circuit, conductor, closed circuit.
Electric Current- A flow of electric charges is an electric current.
Electricity Presentation Enjoy!.
Can you get the bulb to work? Each of you will get one bulb, one wire, and one battery. Your goal is to get the bulb to light. Easy right? When you find.
2c) Energy and Potential Difference in Circuits Part 1 Current and Charge.
Electric Circuit A continuous pathway that can carry an electric current: The lights in your home are on an electric circuit.
Electric Energy Notes.
$1 Million $500,000 $250,000 $125,000 $64,000 $32,000 $16,000 $8,000 $4,000 $2,000 $1,000 $500 $300 $200 $100 Welcome.
Electricity flows in a closed path called a circuit. A simple electrical circuit is a system with three parts that have: 1.A source that provides electricity.
$1 Million $500,000 $250,000 $125,000 $64,000 $32,000 $16,000 $8,000 $4,000 $2,000 $1,000 $500 $300 $200 $100 Welcome.
Magnetism Vocabulary Week 2.  S8P5b Electrical Circuits: Demonstrate the advantages and disadvantages of series and parallel circuits and how they transfer.
a path along which electrons flow must have no breaks in the path to work 2 types: –closed (no breaks) –open (break, causes the device to shut off - switch)
How a Power Plant works Grade 6 Science. Generators A generator creates electric current by spinning coiled copper wire through a magnetic field. The.
Magnetism and Electricity
Electricity and Circuits I can describe an electrical circuit as a continuous loop of conducting materials. I can combine simple components in a series.
1 2 pt 2 pt 3 pt 3 pt 4 pt 4 pt 5 pt 5 pt 1 pt 1 pt 2 pt 2 pt 3 pt 3 pt 4 pt 4 pt 5 pt 5 pt 1 pt 1 pt 2 pt 2 pt 3 pt 3 pt 4 pt 4 pt 5 pt 5 pt 1 pt 1 pt.
Electrical Circuits 6.P.3A.1. Electrical Energy  Electrical energy is energy that is caused by moving electric charges. Since the electric charges are.
Objective: You will know the difference between a series and a parallel circuit and which one is best for wiring a house.
Electric Circuits.
Lesson No. 2 Science Grade 4
Voltage and Power.
Explaining Electricity
Electric Circuits (12.2).
Electric Circuits (12.2).
ELECTRICAL CIRCUITS More free powerpoints at
ELECTRICAL CIRCUITS S.MORRIS 2006
Basic Electrical Circuits
Physics 3: Electricity and Magnetism
Circuit Notes.
Everything is made up of atoms
ELECTRICAL CIRCUITS.
Teacher Imarlys Cajigas 5th grade Science
ELECTRICAL CIRCUITS S.MORRIS 2006
Circuits.
ELECTRICAL CIRCUITS.
Electrical Quantities
Vocabulary Week 2 Advanced Class You will need 11 Index Cards
Electricity.
Electric Circuits.
Electric Circuits.
Circuit Notes.
Basic Electrical Circuits
By Mrs. Estes’s 4th Grade Class
Presentation transcript:

1 Electricity Generation with Magnets or Lemons

2 If you want to do something useful - you need energy We feel tired when we run out of energy So we eat to give us energy.

3 When we eat we can walk, think, run, lift, turn, push, pull, and We need energy to work and play. Our energy comes from food.

4 Energy makes things work

5 What do we need to make these work? Electricity!

6 Without electricity - - We might use Candles Coal fires Semaphore to send messages Piano Without electricity our lives would be very different.

7 What is electricity?  It is the movement of very, very tiny particles called electrons.  As the tiny, tiny particles move they carry energy  Electricity flows through wires -

8 Supply of electricity Switch Electrons Light bulb

9 How big are electrons? How many electrons in a piece of copper wire 1mm thick and 10cm long? 100,000,000,000,000,000,000 One hundred million million million or one hundred billion billion Electrons are very, very small

10 Electricity transports energy from one place to another For this we need: A complete circuit made of conductors with lots of electrons Something to provide energy to push the electrons round the circuit To where we want to use it.

11 Why is electricity important? It can make things work. It is easy to move the energy around using wires to just where you want it!

12 How is electricity made? We need something to provide energy to push the electrons around the circuit. 2 main choices: A battery A generator or

13 Lemon battery

14 A battery - uses chemistry to release energy Portable Cheap  only store a fixed amount of energy  big, heavy batteries are needed to store lots of energy In a car a large battery is used to start the engine and light the lamps.

15 Generators Use energy to make electricity A moving magnet is able to push the electrons along a wire. The energy to move the magnet is carried by the electricity,

16 Electrons Light bulb Magnet

17 Electrons Light bulb Magnet Magnet has to move to make electricity

18 We can generate electricity - by moving a powerful magnet through a coil of wire. coil magnet switch lamp bulb

19 What have we learned? Energy makes things work. Electricity can carry energy to where we need it. Electricity can be made using 1. a battery 2. a generator.

20 Huge generators as big as houses are needed to generate electricity for homes, factories and schools. We can generate electricity - but only small amounts - even when we work hard.