Science Activity: Stnd 01 Date

Slides:



Advertisements
Similar presentations
Notes Science Essential Question(s) How is electricity produced with a magnet and a coil of wire? Tennessee SPI Objective: Recognize that electricity can.
Advertisements

Basics in Magnetism Electromagnetism Force on a Current-Carrying Wire EM Induction Transformer Generators Electric Motors ELECTROMAGNETISM.
Electromagnetism, etc. Q & A. Q#1 Q#2 Q#3 Q#4.
Flip Flop Professional Development June 14, 2012 Presenters: Jane R. Pablico Gloria A. Quisido.
Electronic Engineering Final Year Project Progress Presentation Title: Electromagnetic shielding techniques for inductive powering applications Supervisor.
Physics A First Course Electricity and Magnetism Chapter 17.
Earth and Electromagnetic Induction: April Earth as a Magnet: All matter is made of atoms. Electrons are negatively charged particles of atoms.
828 Recognize that electricity can be produced using a magnet and a wire coil.
Lakshmi GopiReddy Adventures in STEM Electromagnetism.
Electromagnetism: the interaction between electricity and magnetism
 In 1820 Danish science Hans Christian Oersted accidentally discovered that electric current produces a magnetic field.  He set up compasses around.
Unit 5: Electromagnetism. Day 1: Faraday’s Law of Induction Objectives: Induced EMF Electromagnetic Induction Magnetic Flux Faraday’s law of Induction.
Electromagnetism How can you make an electromagnet?
Dynamo Effect. An electric current is induced when an electric wire is moved up and down between the opposite pole of a magnet No current is produce when.
Chapter 21.  Electromagnetic induction is the process of generating a current by moving an electrical conductor relative to a magnetic field.  This.
Home Electromagnetism. Home The Motor Effect 16/02/2016 Aim: To use Flemming’s Left Hand Rule To explain how a motor works To construct a motor.
Magnetism. Magnets Magnets: -opposite ends attract -like ends repel -most metals attract to magnets -we utilize magnetism and make compasses from Earth’s.
 Moving charges through wires makes the wire magnetic.
What is Electromagnetism?
What is Electromagnetism Chapter 3 Section 1 Pages
21.1 Electromagnetic induction Electromagnetic induction III Practical 21.3 Purpose To produce an electric current by changing the magnetic field through.
Electromagnetism.  A moving charge creates a magnetic field  Electric current (I) is moving electrons, so a current-carrying wire creates a magnetic.
Notes Science Tennessee SPI Objective:
Home Electromagnetism Syllabus Lesson 01 – The Motor Effect Lesson 02 – Induction.
Generation of Electricity. Teacher demonstration Inducing an electric current.
Energy & Its Impact on Global Society Jerome K. Williams, Ph.D. Saint Leo University Dept. Mathematics & Sciences.
Electromagnetic Induction
Electromagnetic Devices
Science, Year 7, Magnetism
& 13 transformers.
Magnetism & Electricity.
Magnets TCAP Worksheet #9.
Effects of Magnetic Fields and Producing Current
Electromagnetic Induction
Magnets and Electromagnetic Induction
Electromagnetism.
Remember?.
Magnetism.
Section 16-3 Electricity from Magnetism Notes
Unit 4 Electricity and Magnetism
Electric Currents from Magnetism
Notes Science Tennessee SPI Objective:
C H A P T E R   22 Electromagnetic Induction.
How do we generate electricity?
What metals could be used to make an induced magnet.
Electromagnetism.
Using Electricity and Magnetism
Investigation Three: Electromagnets, Generators, and telegraphs
ELECTROMAGNETIC INDUCTION
Revision Quiz Bowl on Electromagnetism
Unit 4 Electricity and Magnetism
Unit 6: Magnetism Chapter 16: Electromagnets and Induction
Electromagnetism Concepts: The Motor Effect Induction.
Electromagnetic induction
Charging by Magnetism Since you can create a magnetic field by running electricity through a wire, can you create electricity using a magnetic field?
Generating Electricity
How can you make a motor spin faster?
Science Activity: Stnd 01 Date
Science Activity: Stnd 01 Date
Science Activity: Stnd 01 Date
Science Notes: Stnd 01 Date Standard 01: 8.PS2.1
How do we generate electricity?
P1 Q2) Generation of electricity (pt1)
Pocket and Simple Motor Lab
Science Notes: Stnd 01 Date Standard 01: 8.PS2.1
Science Activity: Stnd 01 Date
Science Notes: Stnd 04 Date Standard 04: 8.PS2.4
Science Activity: Stnd 01 Date
Presentation transcript:

Science Activity: Stnd 01 Date Standard 01: 8.PS2.1 Magnetism and Electricity Design and conduct an investigation about magnetism and electricity. Examine factors that increase or diminish the electric current and the magnetic field strength. Key Focus: Science and Engineering Practice(s) Develop and Use Models Key Focus: Crosscutting Concept Recognize cause and effect relationships

(Generating Electricity) Electromagnetic Induction (Generating Electricity) These devices are commonly called generators. Magnets and a coil of wire can induce (generate) electricity The magnet has to move through the coil (solenoid) … or the coil has to move through the magnet. To Increase/Decrease the Electrical Current: (1) Move it faster or slower (2) Add or remove coils.

Construct an Electrical Generator Link (2:33): Build A Simple Electrical Generator What cause and effect connection(s) did you observe about electrical output and the number of windings and rotary speed?

Online Simulations: Electromagnetic Induction Link: Simulation 02-Generator Link: Simulation 03-Generator What cause and effect connection(s) did you observe in these electromagnet induction simulations?