Lesson Starter Write down the meaning of the word conduction

Slides:

Advertisements

Similar presentations

Chapter 16: Weather Factors

Advertisements

Physics Unit 1 Lesson B1: Part 1 Energy Transfer

Infra-Red Radiation Noadswood Science, Infra-Red Radiation  To understand what affects energy transfer by radiation Tuesday, May 12, 2015.

Transferring Thermal Energy. Conduction Thermal energy is transferred from place to place by conduction, convection, and radiation. Thermal energy is.

Energy in Earth’s Atmosphere

The transfer of energy by heating processes

1. Which method of heat transfer is used to transfer heat from the oven to the saucepan? Conduction Convection Radiation.

What is heat? answer A form of energy.

GCSE Core Physics EXAM TIP: Transfer of heat energy by infra-red radiation DOES not involve particles Keyword: Thermal,Thermal, Heat,Heat, Radiation,Radiation,

HEAT. Science at ks3 Unit 8l Heating and Cooling(yr8) Recognise the need for a temperature scale Learn to distinguish between heat (as energy) and temperature.

Conduction Convection Radiation. AIMS To understand the process of conduction To understand the process of convection To understand the process of radiation.

Energy from the Sun can be harnessed and used productively for domestic and industrial purposes. Two of the most common ways of ‘collecting’ the sun’s.

1 1 Convection When you boil water the lower water layer heats up quickly then it goes up and the upper water layer ( cold ) goes down. This process takes.

30 th April 2015 LO: To understand what affects energy transfer by radiation Radiation STARTER: If conduction and convection need particles to transfer.

Earth’s Energy Budget Ch ways heat can be transferred: Conduction Conduction Convection Convection Radiation Radiation.

Define conduction and convection. Objectives Know: How heat is transferred by radiation Understand: Which situations use radiation in everyday life Outcomes.

Conduction The transfer of energy as heat between particles collide within a substance or between two objects in contact Two objects of unequal temperature.

Do now! Can you finish the questions you started last lesson?

Thermos Grade 8. A thermos flask is used to keep hot ( or cold drinks)

Today’s lesson Heat transfer If you’re waiting you can finish your “convection” mind map.

Infra-Red Radiation. Bell Work – Infra-Red Radiation.

3.3 Radiation Can heat be transferred from the Sun to us through conduction and convection? What is radiation? No! Conduction and convection cannot transfer.

The Nature of Heat. Heat is the movement of thermal energy from a substance at a higher temperature to another at a lower temperature.

Thermal Physics IGCSE Revision Lectures 1.The Kinetic Model of Matter 2.Heat versus Temperature 3.Measuring Temperature 4.Heat Processes 5.Heat Capacity.

Year 10 Science Heat and energy.

Heat transfer methods. Learning objectives Explain the 3 ways that heat can be transferred Describe how heat is transferred in common situations.

Understanding Heat Transfer, Conduction, Convection and Radiation

Natural Sciences Grade 7

Making use of Energy 3.3 (a) how temperature differences lead to the transfer of energy thermally by radiation.

Radiation, Conduction, Convection

Heat Transfer Quiz.

←Step 1: Hamburger fold Step 2: Burrito fold → and crease.

Understanding Heat Transfer, Conduction, Convection and Radiation

4.1 (c) To conduct a qualitative test for reducing sugar

Starter - 5 minutes only Add banding mark to tracking sheet & write a target to improve. >17 E 11 – 16 C 9 – 10 S 7 – 8 D < 7 F Correct answers using.

Starter Stick in the ‘Types of Thermal Transfer’ sheet in your book and start to complete the table.

Convection examples Which of these is an example where convection currents are created? Dark fields heating up more than green fields Sea Breeze Saucepan.

Thermal radiation.

Starter Explain why the following items are made with the surfaces shown. What colour would you make something if you wanted it to absorb heat quickly.

KS3 Physics 8I Heating and Cooling.

Which colour of solar panel is best at absorbing energy?

Transferring Thermal Energy

Heating and cooling cure of water

Lesson Starter What is the heat? What is temperature?

Heat Transfer Quiz.

Are heat and temperature the same?? Lets find out!

Transferring Thermal Energy

Checkpoint - How Are You Doing?

Methods of Heat Transfer

Energy in Earth’s Atmosphere

Radiation Learning Objectives:

EM-Spectrum, Speed of light, Infra-red, Leslie Cube, vacuum, reflect

Radiation D. Crowley, 2008.

A Container Challenge This powerpoint is available for teacher use on-line at:

Heat Transfers.

Heat Temperature Conduction Convection Radiation

Heat & Heat Transfer 1st Year.

Lesson Starter 1. a) How many cm are in 23mm? b) How many mm in 34 cm?

Presentation transcript:

Lesson Starter Write down the meaning of the word conduction Write down the meaning of the word convection Write a description of what you think space is like

Heat

To understand how heat travels by radiation Learning Intention To understand how heat travels by radiation

Radiation Instead heat is transferred by infra-red radiation which is in the form of waves of energy Space is a vacuum so there are no particles for heat to transfer by convection or conduction

Infra Red Invisible Travel through vacuum Move at 300,000,000 m/s All hot objects give out heat by radiation

Can be reflected Or Can be absorbed Infrared Can be reflected Or Can be absorbed

Experiment- learning intention To safely carry out practical work while working as part of a group in order to find if the colour of a can affects heat loss.

Instruction Apparatus Shiny and black cans Thermometers timer Bunsen burner water Add 150 ml of water to a shiny and black can. Heat the water till it boils Start the timer. Measure the temperature of the water each minute for 12 minutes.

Temperature (°C) SHINY Temperature (°C) BLACK 1 2 3 4 5 6 7 8 9 10 11 Time (minutes) Temperature (°C) SHINY Temperature (°C) BLACK 1 2 3 4 5 6 7 8 9 10 11 12

Report Aim Method (apparatus, instructions and diagram) Results (copy table and glue in graph) Conclusion (What was the difference between the black and the shiny and why?) Evaluation (what could be done differently next time to make the experiment more accurate?)