Agree Learning Outcomes:

Slides:



Advertisements
Similar presentations
Does God exist? Learning Outcomes Learning Outcomes To know one argument in favour of the existence of God To know one argument in favour of the existence.
Advertisements

Which of these images best illustrates Peer Assessment?
The Impact of Climate Change in the Andes Learning objective: To be able to explain the causes and impacts of global warming on the Andes people.
5 E’s Lesson Model.
InterActions Overview This Presentation will touch on the following topics.  Brief Overview  Major Content Themes  Pedagogical Principles  Scaffolding.
Processes all living things carry out.
LookThinkDiscussAgreeShareWrite ENERGY TYPES TRANSFERS AND EFFICIENCY Decode the Hieroglyph to find the title of todays lesson.
Newton’s First Law of Motion 12/2/13 – 12/6/13 12/2 Newton’s 1 st Law of Motion WB p. 76 HW: TB p 138 #1-6 in NB 12/3 Newton’s 2 nd law of Motion WB p
Falkirk High School 4C2 Developing Deep Understanding of Macbeth 20 th March 2013.
Aim: How to plot or graph data Dow Now: What are the steps to the Scientific Method. HOMEWORK: ON SEPARATE SHEET OF PAPER OF DATA FROM THE BACK PAGE OF.
Core Physics – Energy L/O :- To know the properties of waves and be able to explain reflection “Mirror, Mirror on the wall” Exam Date -
Starter Matching Activity Match the equation with its correct description in words whilst discussing the method with your partner. Then solve the equations.
AQA Science © Nelson Thornes Ltd P3 1.2 Hydraulics systems Objectives Be able to describe what pressure is and how it applied to hydraulic systems.
LEAP TH GRADE. DATES: APRIL 25-29, 2016 Test Administration Schedule:  Day 1 April 25- ELA Session 1: Research Simulation Task (90mins) Mathematics.
Health, Fitness and a Healthy Active Lifestyle. Learning Objectives LO1 – to be able to define Health and Fitness LO2 – to understand how Health and Fitness.
Which form of Energy? A megaphone The Sun Galloping donkey A fire
INITIAL ACTIVITY: WHICH ITEM HAS MORE POTENTIAL ENERGY AND WHY? 1. A BOOK SITTING ON YOUR DESK 2. A BOOK SITTING ON THE ROOF 3. A BOWLING BALL SITTING.
Building and Solving Equations 2Projector Resources Building and Solving Equations Projector Resources.
Unit Test Review Forms of Potential Energy 1.Name the Five Forms of Potential Energy. 2.Explain when each form is storing energy. (Describe the forces.
The Power of Wind Presented by the Watt Team. Objectives 1 Students will collaborate to create a working wind turbine that will generate power. 2 Students.
Additional Physics – Forces L/O :- To understand how current and voltage behave in a parallel circuit Parallel Circuits Exam Date -
Week Jan turns on a lamp so she can read
Aerobic Respiration Developing: Describe what respiration is.
Spreadsheets.
Topic Outcomes By the end of this topic you will:
Mini-test State the unit for power
Without discussion, write down one fact you know about energy on a post-it note and stick it on the board….
Mini-test State the unit for power
Towards Independence:
States of Matter.
Energy Types Objectives
Write Definitions for:
Energy Adds Up Starter: Unscramble the different types of energy
Agree Learning Outcomes:
RAG Starter Activity Complete the ‘Heard the Word Grid.’
Musical Assessments L.O: To know your current level and to understand how you could progress to the next level.
Agree Learning Outcomes:
Energy L1: Introduction to Energy
Learning Objective: To assess my understanding of solving equations.
Social control Chivalry thesis Gender socialisation
Agree Learning Outcomes:
Lesson link What is efficiency?.
Discuss with your students the purpose of your visit
Agree Learning Outcomes:
Theories of Dreaming Unit 2.
Devil physics The baddest class on campus IB Physics
Agree Learning Outcomes:
Agree Learning Outcomes:
Cross Cutting Concepts
Agree Learning Outcomes:
Agree Learning Outcomes:
Agree Learning Outcomes:
Student Expectations: Please be seated in SILENCE.
Bell task Unscramble the anagrams to work out the types of energy. Then name something that has this kind of energy. Answers Light Kinetic Chemical potential.
Agree Learning Outcomes:
Teacher’s Notes Energy Transfer Circus:- Burning Demo:- Fuel Demos:-
Creative Schemes of Work Competitive AA Health, Fitness & Well Being.
Planning longer answers:
Using SOLO to structure exam questions
Agree Learning Outcomes:
What is the question? The answer is -2
Agree Learning Outcomes:
YEAR 11 RESISTANT MATERIALS THEORY – REVISION 1 SECTION A.
Exam feedback – 6 mark questions
Topic 6- Basic Computer Literacy
Spaced Revision-Dunlosky -2013
Carbon: Transformations in Matter and Energy
What does the word Hyde connote? Think about the word ‘hide’ and go from there, make a list of words which could link to the idea of being secretive. 1.
Presentation transcript:

Agree Learning Outcomes: Topic: P7.1.1 Spec link: P7.1a, b and c Time: 75 mins Recorded Assessment: Review: Peer asses the worksheet questions. Present New Knowledge: Ask student to suggest some names of energy stores. Collect these ideas and discuss. Agree Learning Outcomes: describe energy stores and transfers explain what an energy store is describe the law of conservation of energy. Apply To Demonstrate: Complete the questions on the worksheet. Construct Meaning: Complete the circus of experiments. Students to identify the type of energy store. Use the Kerboodle interactives to identify energy stores and energy transfers and strengthen literacy.

As you enter the room... Bell Think about a skydiver. What types of energy does she have: Before she jumps. As she falls. When she has landed? Use the internet to find a definition for ‘The law of conservation of energy’.

What we learnt last time...   Make a note of these equations in your exercise book.

Learning questions LO How do we describe energy stores and transfers? What is an energy store? What is the law of conservation of energy?

What are energy stores? NK Discuss with the person sitting next to you and write down all the energy stores you can.

Energy circus CM Items around the room: Yo-yo Wind-up toy You are going to work at different stations around the room to explore energy stores. Identify and record the energy stores and how energy is transferred between stores. Extend: You may be able to calculate the energy stored for some of the examples – have a go if you think you can. Items around the room: Yo-yo Wind-up toy Kettle or hairdryer Solar cell connected to fan. Pair of magnets Dropping a steel ball bearing on to a wooden block Burning a candle Next, have a go with the interactive activity here to enhance your understanding. Finally, have a go at the literacy interactive activity here.

Demonstrate your understanding ATD Demonstrate your understanding Have a go at the questions on this sheet to test your understanding.

R Review – peer assess Check you answers using the mark scheme.

Can you answer the learning questions? LO Can you answer the learning questions? How do we describe energy stores and transfers? What is an energy store? What is the law of conservation of energy?