Science Electricity: Lesson 8: How a Bulb Works Day 1.

Slides:

Advertisements

Similar presentations

attract circuit When two objects are pulled together.

Advertisements

attract When two objects are pulled together circuit.

Electricity: Designing Circuits for 6 th Grade. Activity Guide Challenge: Discuss (5-10 minutes) Generate Ideas and Multiple Perspectives ( instructor.

Electricity Investigation 2 Review.

Science Electricity: Lesson 3: Attract and Repel.

Static Electricity. Electrostatics is the study of electrical charges at rest. What makes electrical charges? Protons and electrons.

Static charge is produced by electron transfer. Electricity: Two Types ________________: (or static charge) refers to electric charges that can be collected.

Conductors and Insulators

Big Idea Electricity and magnetism are part of a single force that has many useful applications such as conversion to heat, motion, and sound. Guiding.

Introducing circuits.

Electromagnetics for 8th grade

QOD #29 What is happening when you are brushing your hair and it starts going all over the place? (Explain using what you have learned this week about.

Magnets & Electricity Vocabulary Magnet Circuits Electricity Grab Bag Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.

How Does Electricity Flow? Electricity & Magnetism Science Instructor: Miss Aartman.

ELECTRICITY AND MAGNETISM 5 TH GRADE Instructor Alexandra Mitchell.

Jean Ladendorf Table of Contents Magnetism and Electricity Table of Contents Science Standard Static Electricity Components of Static Electricity Atom.

Electricity and Circuits Electrical energy or electricity is produced by the movement and distribution of these charged particles 1.

How to Teach a Lesson on Electricity By: John N. DiCamillo.

10.7 Cells in Series and Parallel (page 310). A “dry cell” is another term for a battery. Dry cells can be put together in two ways to change the energy.

Conductors and Insulators

Unit: Energy and Control.  One hundred million volts! That’s how much electricity is in one bolt of lightening. Every day the Earth is struck by lightening.

Warm-Up: 1. What does it mean for a particle to have a “charge”? 2. When do you observe static electricity?

Lesson 2 Electricity and Magnetism. Vocabulary Conductor Insulator.

Electrical Energy Activity 2: Electric Charge, Electric Forces, & Electric Circuits.

Camera Pieces in Box TV Battery Battery Charger Camera Sun shade.

Integrated Science Unit 3, Chapter 6.

Oneone GTE-12A Objective: To explore electric circuits in order to explain how they relate to magnetic fields. Energy Note: Are electricity and magnetism.

AMSTI Circuits Lesson 14. Overview Semiconductor diode = allows electricity to flow in one direction Examples: battery chargers, radios, computers, and.

TEKS 5.6B Demonstrate that the flow of electricity in circuits requires a complete path through which an electric current can pass and can produce light,

Magnetism & Electricity. Science Notebook Format Date: Time: Title of Lesson Question: This question focuses the inquiry of the lesson. Prediction: Sometimes.

Static charge is produced by electron transfer

C ELLS IN S ERIES AND P ARALLEL Science 9. W HAT IS A CIRCUIT ? A circuit is when electrical current flows through a controlled path.

Introducing…… ELECTRICITY Essential Question: Explain the difference between Parallel and Series Circuits.

WARM UP 10/20/15 1.Your Warm Up should be glued into your notebook immediately! 2.DO NOT TOUCH any of the materials at your table. If you do, you may lose.

Current Electricity Part 1. Word Bank D-cell Word Bank D-cell – a source of electricity.

Name ______ 6 __ Jan. __ Lesson 4B – How Batteries Work.

QOD #29 What is happening when you are brushing your hair and it starts going all over the place? (Explain using what you have learned this week about.

USE THE GLOSSARY FROM THE MAGNETISM AND ELECTRICITY WORKBOOK TO ANSWER THESE QUESTIONS Science Quiz 4 th Grade Magnets/Electricity.

Electric Currents Let’s Review…. An electric current is a flow of electric charges along a wire in a circuit.

Steps for the Teacher to do  Make 2 versions of the picture but put the faulty bulb in one of the circuits.

1.Mouths are quiet. 2.Begin the quick review section of your notes. 3.Raise your hand if you need something.

Name _______ 6 __ Lesson 6 – Paths of Electricity Jan. __ Objective: to draw and explain 2 paths that electricity can take: 1) __________AND 2) ___________.

Warm Up: What is this picture an example of? How does it work? What would happen if you placed a magnet inside the coils?

Potential Energy. Batteries A battery is an electrochemical cell that can change chemical energy to electrical energy The chemicals in the battery pull.

Investigation 2: Part 2 Making a Motor Run. Engaging Scenario There are two main types of pencil sharpeners—hand crank and electric. What is the difference.

Build A Motor You must follow the directions step-by-step!

Science Fair Project Type your project title here Your name

Ch.14- Test 1 (2nd 9 wks) Review

WARM UP You MUST have your IAN Notebooks Today!!!

Geer Park Elementary Parallel and Series Circuits Part II

Natural Sciences and Technology Grade 6

Electricity How & where it’s used Review of the atom

T3t1 Electrical circuits

Investigation 2: Part 1 Lighting a Bulb

Creating a paper circuit

Magnets & Electricity Vocabulary.

Lesson 1: Simple Circuits

Complete or Incomplete?

5th Grade Physical Science Electricity and Magnetism

Lab Electromagnets February 13, 2018 Page 115.

Electricity Current.

Electromagnetic Lab Get ready for bell work!

Electricity: Designing Circuits

Batteries, Bulbs, and Wires!

Electromagnetic Lab Get ready for bell work!

Electromagnetic Lab Get ready for bell work!

Presentation transcript:

Science Electricity: Lesson 8: How a Bulb Works Day 1

The BIG Question: How is current electricity produced?

something must touch the positive and negative terminal of the battery something must touch the threaded base and the tip of the bulb current electricity can only flow from negative to positive electricity needs a complete circle in order to flow

yes Will the bulb light? no yes X X X X X

My Prior Knowledge 1-2 All About Atoms 3-4 How is Static Electricity Produced? 5 Electrifying Vocabulary 6-8 How Electrical Charges Affect One Another 9-10 How is Current Electricity Produced? Will the Bulb Light? 17

something must touch the positive and negative terminal of the battery something must touch the threaded base and the tip of the bulb electricity needs a complete circle in order to flow current electricity can only flow from negative to positive

How are the parts of a light bulb important for making it light?

Draw a picture of a light bulb and label the parts.

Supplies for Today Person A: paper towel two pieces of clay Person B: Box 2 batteries 2 battery holders 2 wires 1 piece of nichrome wire piece of paper clip

1A. Place 1 battery in a battery holder.

2B. Use a paper clip to connect this battery holder to a second battery holder.

2B. Use a paper clip to connect this battery holder to a second battery holder.

3A and B. Attach one wire to the other end of each battery holder.

4A. Knead each piece of clay to make it soft. 5A. Place one piece of clay in the center of your paper towel.

6A. Push your two wires into the clay so they are about a pinky width apart.

7A. Push the second piece of clay down on top of the wires to hold them in place.

8B. Wrap the nichrome wire around the top of your two wires so that it is pulled tightly between them.

9B. Place the second battery in the holder. Make sure your batteries are connected from negative to positive!

How are the parts of a light bulb important for making it light? Draw a picture of a light bulb and label the parts. Draw a picture of your light bulb model.