Do you think that this bulb will light up?........... Build the circuit and check your prediction Fix the circuit so that the bulb does light up. A.

Slides:



Advertisements
Similar presentations
A Picture Diagram of a Torch
Advertisements

Current Electricity - Symbols
ELECTRONIC CIRCUITS FOR GRADE 9 Prepared by G. C. Accom.
Contact Points and Light Bulbs
Voltage - Current Characteristics for a Filament Lamp
BLOGICS! Using a Logic Circuit Simulator Pontifical Catholic University of Rio de Janeiro – PUC-Rio Introduction to Engineering – – ENG 1000 Coord:
1. What does each strip on a resistor tell you? Label each ring on the diagram below: Name: Date: 2. Explain in your own words what a resistor does _____________________________________.
LEFT CLICK OR PRESS SPACE BAR TO ADVANCE, PRESS P BUTTON TO GO BACK, PRESS ESC BUTTON TO END LEFT CLICK OR PRESS SPACE BAR TO ADVANCE, PRESS P BUTTON.
Electricity Define Electricity: Electrons: Short Circuit: Current: Battery: Voltage:
ELECTRICITY REVIEW. Charges  There are two types of charges- what are they?  Positive and Negative  Where do positive charges come from?  Protons.
Twenty Questions Electronics. Twenty Questions
Practice Problems to become familiar with circuits and circuit diagrams.
Circuits Topic- Seating Plan. Electric Circuits Level 4Level 5Level 6 Use circuit components to construct a series circuit Describe how a torch circuit.
COMPLEX CIRCUITS. CONSTRUCT A CIRCUIT Show direction of the current. Unscrew light bulb 1. Explain what happens. Repeat for bulb 2 Repeat for bulb 3 1.
Electrical power. Objectives Use the equation for electrical power to solve circuit problems. Understand basic concepts for home electricity usage and.
2.4.  A practical way to describe a circuit is to draw a circuit diagram  Uses standard symbols to represent the components and their connections.
Lesson 2 Electricity and Magnetism. Vocabulary Conductor Insulator.
2 nd ESO - TECHNOLOGY DEPARTMENT. WE USE CIRCUITS… At Home In Cities In Industry.
PRACTICE (WB) 1)Four resistors in series. Choose voltage for your battery. Determine I and V across each resistor. 2)Four resistors in series. Chose I.
Materials needed for each student pair for this ppt.’s activities: 4 wires about 4 inches long with both ends stripped off 1 small light bulb 3 more small.
Can we create electricity from a magnetic field? Electromagnetic Induction.
Circuit.
Electrical Circuits.
How an NPN Transistor Works
Twenty Questions Electronics. Twenty Questions
Electricity & Magnetism Electricity. Beginning Task: Trade Science Fair Assignment #4 with your partner Use the Peer Review Form to provide feedback to.
Electronics Investigation Investigation 1. Circuits Flow of electricity is current Current flows in a circuit Flows in one direction Closed = complete.
What is a circuit? A set of connected electrical components that provide one or more complete paths for the movement of charges. A set of connected electrical.
Current Electricity Part 1. Word Bank D-cell Word Bank D-cell – a source of electricity.
SNAP CIRCUITS INSTRUCTIONS 1.Make sure ALL parts are in place before beginning 2.Follow the Projects in order, starting with #1 3.The BLACK numbers show.
18240 Element two - Components INPUTS OUTPUTS PURPOSE TYPICAL USE.
Electricity Notes 6 - Circuits Electric Circuit – _______________________________________ All electrical circuits have 4 parts: 1.____________________________________________________.
Electricity Circuits. Learning Goals I will be able to identify both series and parallel circuits. I will be able to draw circuit diagrams.
Electrical Circuits Making Electricity Useful Circuit Diagrams Electrical circuits can be shown in diagrams using symbols: 9.0V.
Series and parallel resistances pg. 51. Objectives Calculate the equivalent resistance for resistors connected in both series and parallel combinations.
Name _______ 6 __ Lesson 6 – Paths of Electricity Jan. __ Objective: to draw and explain 2 paths that electricity can take: 1) __________AND 2) ___________.
Circuit Symbols I have used a range of electrical components to help to make a variety of circuits for different purposes. I can represent my circuit using.
Electricity! & E. Biggs. Electricity: Let's review what we know!
Aim: How is a Series Circuit different from a Parallel Circuit?
Do Now: Why does current not come from a battery? Explain.
Revisit that current is a flow of charge.
Check you understanding:
SERIES AND PARALLEL CIRCUITS
Electricity L1: Circuit Diagrams
Schematic Diagrams: Electrical Component Symbols
ELECTRICAL CIRCUITS More free powerpoints at
P6 – Electricity for Gadgets
Circuits.
Batteries: the Chemistry
Predict and Explain Task
Series Circuits Lesson 8.
ELECTRICAL CIRCUITS.
Predict and Explain Task
Predict and Explain Task
Creating Electrical Circuits
Draw and interpret circuit diagrams containing sources, switches, resistors (fixed and variable), heaters, thermistors, light-dependent resistors, lamps,
ELECTRICAL CIRCUITS S.MORRIS 2006
ELECTRICAL CIRCUITS S.MORRIS 2006
Series and Parallel circuits
How an NPN Transistor Works
Predict and Explain Task
8.2 Electric Current.
Electricity.
Electricity Review.
Electricity Review.
Electric Circuits Ch 17, section 4.
Circuit Predictors Lab Review
Bell Work: Series vs. Parallel
What is an electric current?
Stage 8: Lighting a restaurant
Presentation transcript:

Do you think that this bulb will light up? Build the circuit and check your prediction Fix the circuit so that the bulb does light up. A

B Connect this circuit what happens if you unplug one of the lead? ………………………………………………… Why does this happen? ………………………………………………………

Build this circuit. What happens when you close the switch? ________________________________ C Build this circuit. What happens to the brightness of the bulbs? ______________________________

D Build this circuit What happens when you move the slider on the variable resistor? ……………………………….. Why does this happen ……………………………………………………… ………………………………………………………. Add a bulb what happens now? …………………………………………..

Build this circuit Do both bulbs light up? ……………. Why? ………………………………………. Draw a circuit that will make both bulbs light up. Build this circuit E

B Use these components to design a circuit which would make a noise when a door bell is pressed Add in a component so that a light comes on as well F

Draw a circuit using these components to make a circuit that could be used in your bedroom to turn on the lights. Connect in another bulb for someone else’s bedroom. G

H Connect up this circuit What happens when you press the switch? ………………………………………… …………………………………………. B Can you design a circuit where the bulb and the buzzer can be turned on and off separately

Build this circuit Unclip one of the bulbs. What happens to the other bulb? ……………………………… Add in a switch so it only turns one bulb on and off. Where did you put it? ……………………………………………… I

Connect this circuit What happens when you move the switch? ……………………………………………… Add another bulb on one side what happens when you move the switch now? …………………………………………….. ……………………………………………… J