SCIENCE of MAGLEV Scientific Concepts Seen in Maglev Vehicles.

Slides:

Advertisements

Similar presentations

The Affect of Forces on Motion

Advertisements

Force 6 th Grade Test Monday. Forces affect Motion in Predictable Ways Newton’s Laws 1 st Law: Law of Inertia 2 nd Law: F=ma 3 rd Law: Action Reaction.

Physical Science  This test covers what you learned in Unit 1 including: ◦ Contact and Non-Contact Forces ◦ How to measure motion (speed and velocity)

Magnetism Openers Mrs. V Science Write “Attract,” or “Repel,” for each situation

FIK2, FIR1 & FIR2. FIK2- What is an electromagnet? Electromagnets are magnets that have their magnetic field produced by electric current. The magnetic.

What is Magnetism Chapter 1 Section 1 Pages

Forces and Friction What are Forces? Lesson 1.

 Forces are contact forces or field forces.  When two bodies are in contact with each other, contact forces can result e.g. friction, twisting, pulling.

Physical Science Chapter 8: Magnetism. A magnet is a device which attracts iron or other magnets, and produces a magnetic field around it’s body. The.

Aerodynamics. Learning Standards 6. Transportation Technologies Transportation technologies are systems and devices that move goods and people from one.

 Science Book  Interactive Notebook  Force and Motion Glossary  Pencil  Listening ears.

HEAT Samuel DuPont  Where is Matter found?  What are two things all matter must have?  What are the three types (phases) of water?  Which.

1. 2  Introduction  How does it work? - propulsion - suspension - advantages and disadvantages  Development of the concept  Present using  Future.

Review: Magnetic Fields and Electromagnetic Induction

Electromagnetism. Objectives  SPI Recognize that electricity can be produced using a magnet and wire coil.  SPI Describe the basic.

Maglev Trains Sloan Hazel.

Physics Vocabulary 5 th Grade Term 3. Energy energy- the ability to do work or cause change kinetic- the energy of motion potential- energy of position.

MATTER MAGNETISM INSULATORS CONDUCTORS MIXTURES SOLUTIONS.

FORCE The Concept ofThe Concept of. FORCE [A PUSH OR A PULL] NOTE: WE CANNOT SEE FORCES. HOWEVER, WE CAN SEE THE EFFECTS [CHANGES].

A push or a pull on an object is called a force.

PME. Chemistry Matter and Energy Benchmark 5 Describe how electric currents can be produced Describe how electric currents can be produced by interacting.

I. Characteristics of Magnets

Ch Magnetism I. Characteristics of Magnets (p )  Magnetism  Magnetic poles  Magnetic field  Magnetic domain.

Magnets and Magnetic Fields

Magnetism. Magnets Any material that creates a magnetic field Any material that creates a magnetic field –Some materials can be made into permanent magnets.

What is a Magnet?  Any material that can attract iron or any material that contains iron.

Balanced and Unbalanced Forces

Electric Charge and Static Electricity

Contact and non-contact Forces

Magnets Huddleston Elementary 3 rd Grade. What do you already know about magnets?

MAGNETS UNIT REVIEW. Standard We will learn and understand that magnetism can be observed when there is an interaction between the magnetic fields of.

Integrated Science Unit 3, Chapter 10.

1© Manhattan Press (H.K.) Ltd Factors affecting resistance of a conductor Physical dimension Material Effect of temperature on resistance.

Chapter 3 Magnetism.

Maglev Trains Trains that fly on air. Maglev Trains Trains that fly on air.

Magnetism Grade 5.

Magnetism Electric Motors Computer Disc Drives Alarm Systems.

Physical Science Chapter 8: Magnetism.

Current can produce magnetism

Lesson 4: Magnetic Attraction and Repulsion.

High Speed Ground Transportation

Magnetic Levetation.

A push or a pull on an object is called a force.

Ch 1 – What Are Magnets By Mrs. Horvath.

Fields: Forces and Energy

Swarastra Bhusana Mishra

Forces & Megastructures

I. Characteristics of Magnets

I. Characteristics of Magnets

Science ideas I need to know

Vocabulary and Field Lines

Test Friday Learning Targets 1-5

Magnets, Magnetism & Electromagnetism

FI2 & FI3 Notes.

MAGNETISM AND ITS USES Electricity and Magnetism

But why did they sink in the first place?

Electricity Physical Science.

Electricity and Magnetism Science 9

Contact vs. Non-Contact

Magnets and Magnetic Fields

Electric force: push or pull between 2 charged particles

Electricity Chapter 16.

Get out the directed reading from yesterday.

Magnetism Magnets… Produce _____________________________, invisible ______________________ that _________________ (push) or _____________________ (pull)

Get out the directed reading from yesterday.

Chapter 12 Review Albert’s group.

I. Characteristics of Magnets

Presentation transcript:

SCIENCE of MAGLEV Scientific Concepts Seen in Maglev Vehicles

Properties of Maglev Vehicles Energy- efficient Extremely Fast Advantages of Maglev Vehicles!

Science of Maglev There is no doubt that principles of science have been tried and tested in the development of maglev vehicles. What were your findings? What 3 scientific concepts do we see working in magnetic levitation vehicles?

3 Scientific Concepts The three main scientific concepts seen in maglev vehicles are: Magnetic FieldsFrictionAerodynamics

Magnets Define magnetic fields. Magnetic fields – A region around a magnetic material or a moving electric charge within which a force of magnetism acts.

Magnets How do magnets work? Magnets have two poles which either attract or repel. RULE 1: Opposite poles attract RULE 2: Same poles repel

Magnets RULE 1: Opposite poles attract RULE 2: Same poles repel In a maglev train, the properties of magnets cause two forces. Repel=LIFT Attracting=THRUST

Properties of Maglev Vehicles ENERGY- EFFICIENT Extremely Fast Advantages of Maglev Vehicles!

Friction Define friction. Friction – The resistance that one surface or object encounters when moving over another.

Friction Think about this: Is friction involved with maglev vehicles? ◦NO!

Properties of Maglev Vehicles Energy- efficient EXTREMELY FAST Advantages of Maglev Vehicles!

Aerodynamics Define aerodynamics. Aerodynamics – The study of the properties of moving air, especially the interaction of the air and the solid bodies moving through it. Think of a sports car…

Aerodynamics Think about this: Are maglev trains designed to be aerodynamic? ◦YES! What makes them aerodynamic? ◦Their shape!

Properties of Maglev Vehicles ENERGY- EFFICIENT EXTREMELY FAST Advantages of Maglev Vehicles!

the BIG IDEA Science: Magnets, friction, aerodynamics Allow for: Energy- efficiency and extremely fast speed Ultimately lead to: Advantages of Maglev Transportation

YOUR TURN!!! Now you are going to apply your knowledge to watch these scientific principles at work! In your groups, you will take turns travelling to 3 stations: ◦Magnetic fields ◦Friction ◦Aerodynamics You will complete an activity at each station!