Electricity and Circuits Project Physics. Engineering Process Identify the Need Research the Need Develop Possible Design Determine which Design will.

Slides:



Advertisements
Similar presentations
Current Electricity - Symbols
Advertisements

Electromagnetic Fishing Derby
Electromagnetic Fishing Derby
Electricity Investigation 2 Review.
Schematics On or off Batteries Series or Parallel Volts and Amps FJ
Series, Parallel, and Series-Parallel Circuits CVHS Electronics 1.
Jiggy Bot Aka Cyclops.
Jeopardy Vocabulary Conductor or Insulator More Vocab Hey, Smarty Pants Left Overs Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500.
Vocabulary Equivalent Resistance Electro- magnetism Alternative energy Power Plants Review of E &M I Complete all rows for 20 points To build: (at home)
A special partnership between the Georgia Department of Education and the Educational Technology Training Centers in support of the 8 th Grade Physical.
OBJECTIVES: WARM-UP: More batteries/volts
Electric House Project
Current, Resistance, and Simple Circuits.  A capacitor is a device used to store electrical energy.  There are two different ways to arrange circuit.
Grade 9 Academic Physics: SNC ID Characteristics of Electricity
Circuit Design Magic of Electrons © 2011 Project Lead The Way, Inc.
Solar Energy Station Directions. Making a Solar-Powered Circuit 1.Make sure your solar panel is in direct sun. 2.Get the clear LED bulb. 3.Use a red jumper.
Circuits Topic- Seating Plan. Electric Circuits Level 4Level 5Level 6 Use circuit components to construct a series circuit Describe how a torch circuit.
Circuit Game Answers.
Charge and Current: More Practice. A Review of Circuits: Student Learning Goal The student will be able to construct and then compare and contrast.
Discovery Kits: Electricity. 1.5 V Battery Batteries in series Closed switch Open switch V Motor Components.
Unit 8 - Circuits. Circuit Diagrams Circuits: made up of wires and parts such as ________, light bulbs, _______, or switches. When diagramming circuits,
The Laboratory Exam. 1. Solutions Know how to identify acids and bases with litmus paper. Acids turn blue litmus paper red. Bases turn red litmus paper.
Daily Sprint 1.How do you feel about your test performance? 2.What will you do differently to prepare for your next test? 3.What is current, voltage, and.
You will need: your science journal a pencil a smile.
Wearable Technology. Directions: 1.Fill out the powerpoint with questions to help you present your new wearable technology. 2.Make a prototype out of.
OBJECTIVES: WARM-UP: More batteries/volts
Electricity What do we know about electricity?.
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.
Norwood Elementary Science SCHEMATIC DIAGRAM SYMBOLS.
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.
18 Electric Circuits Connecting light bulb What you need  three light bulbs  a number of connecting wires  a battery What to do 1. Try to connect the.
ELECTRICAL CIRCUITS. Circuits Circuits are paths which small particles flow through to provide us with electricity for lights, appliances, and other devices.
Circuit Design Circuit Design Gateway To Technology®
Goal: Build an electromagnetic fishing rod that can lift paper clips from one container and drop them into another. *The Team 1 Derby winner will be the.
WELCOME BACK! Agenda: 1. New Vocabulary 2. #throwbackthursday: Questions of the Day: # Circuit Design Homework: None Thursday, March 3, 2016 Objective:
Circuits A deeper look into different types of circuits.
Analyzing & Building Electrical Circuits.  Predict the effects of switches, resistors and other circuit diagram symbols.  Draw circuit diagrams for.
Instructions for using this template. Remember this is Jeopardy, so where I have written “Answer” this is the prompt the students will see, and where.
Fabric Art with Lights Workshop!
Geer Park Elementary Parallel and Series Circuits Part II
Welcome back! Thursday, March 3, 2016 Agenda: New Vocabulary
Circuit Design Circuit Design Gateway To Technology®
Electricity How & where it’s used Review of the atom
Do Now: Why does current not come from a battery? Explain.
A deeper look into different types of circuits
Electricity and Circuits Project
Circuitry for Kids
Sec. 2.3 – Analyzing and Building Electrical Circuits
Lesson 4 Electricity Part 3.
Schematic Diagrams: Electrical Component Symbols
Natural Sciences and Technology Grade 6
Basic Electrical Circuits
Power Point Notes: Electrical Circuits
Batteries: the Chemistry
Sec. 2.3 – Analyzing and Building Electrical Circuits
Intro to Circuits Lab Before we begin, note the following safety rules: Handle wire ends with care as they may be sharp and could cause cuts. There is.
Parallel and Series Circuits
ELECTRICAL CIRCUITS.
Circuit Design Circuit Design Gateway To Technology®
ELECTRICAL CIRCUITS.
Investigation one: Electricity
Electrons in Circuits. Electrons in Circuits Parts of a circuit Battery Closed switch (allows electrons to flow) Open switch (impedes flow) Wire Resistor.
Natural Sciences and Technology Grade 6
Circuit Design Magic of Electrons © 2011 Project Lead The Way, Inc.
Project: Wiring a Building
February 7, th Grade Science
10% Late per part per class late
Basic Electrical Circuits
Circuit Design Magic of Electrons © 2011 Project Lead The Way, Inc.
Presentation transcript:

Electricity and Circuits Project Physics

Engineering Process Identify the Need Research the Need Develop Possible Design Determine which Design will be the Best Design the Electrical Prototype Construct the Prototype Test and Evaluate the Prototype Complete the Project Communicate and Present

May 12 – Daily Grade Phase 1 Identify the need Research the need Develop Possible Design(s) Introduction Explain what the purpose of the project is Materials &Analytical questions Determine what materials you need and who will be bringing the materials Write down the requirements Calculate between R, V, I in parallel vs series on worksheet Structural Blue print Sketch different options of what you want to construct Barn, house, amusement park, airplane, etc.

May 13 – Daily grade Phase 2 Determine the best Structural design Design the Electrical Prototype Final structural blueprint Final sketch of your structural design Electrical schematic blue print Draw how you will wire and place your lights, fans, and other electrical devices

May 16 to May 20 – Daily grade Phase 3 Construct the prototype Test and Evaluate the prototype Complete the project Communicate and Present Results Did your prototype work, what made it work? Did your prototype not work? What did you have to do to make it work? Conclusion What did you learn from this project about electrical circuits?

Materials needed  Cardboard boxes  Christmas lights  Motor (manual fan, toy, any small electrical motor) Dollar stores  Electrical tape  Paper clips  Battery (square 9v)  Pliers  Silicone glue gun and silicone stick or glue gun and glue sticks  Box cutters  Props  Extra materials for project decoration  Students might choose to bring more sophisticated materials to complete the project such as: Wood, LED lights, Small electric switches, Electrical wire, etc.

Grades  Phase 1 - Daily grade  On time  Quality  Design must be clear, must be label and clean.  Phase 2 – Daily grade  On time  Quality  Electrical design must be clear, must be label and clean.  Phase 3 – Daily grade  On time  Quality

9 weeks Exam  Project Presentation  At least one motor with separate switch, wires not showing- 10 points  At least three sets of lights in series ( each set with its own switch) Wires not showing – 15 points  At least three lights in parallel( each set with its own switch) Wires not showing – 20 points  All components are powered by one single power source – 5 points  Structural/decorating component (things not falling off, not crooked, well done props) – 25 points  Lab report and class presentation: Intro, materials and questions, structural and electrical blue prints, results, conclusion (PowerPoint or hard copy) – 25 points

Do not show wires  No Wires showing within structure…Great! BUT decorations/props are sub par (below)

GRADE A!

GRADE –F!