PoLyGoN SoLaR CoOkeR. MATERIAL USES A cupboard boxMake the solar cooker Aluminium foilsRELECT the light FROM the SUN INTO THE BOX Coca-cola canUSES AS.

Slides:

Advertisements

Similar presentations

Welcome Students!. How do you feel in the sunlight? Warm!

Advertisements

Day Topic: Finish Convection, Begin Radiation

Physics Solar Heating Model Proposal Group leader: Kwok Yan Lam 3A (15) Group member: Choi Ka Man 3A (8) Chung Ho Man 3A (9) Hung Hiu Ting 3A (12)

Solar Cooker. Introduction Nowadays, popularity of solar cooker is widespread from Europe to Asia. Our group wants to find out what the structure of the.

Introduction People use solar cookers primarily to cook food and pasteurize water, although additional uses are continually being developed. Numerous.

I’m stranded on a deserted island with only two cardboard popcorn cases, a case of Capri Sun, and some picnic supplies.

Solar Cooker Mrs. McGuffey’s Science Class 2 nd Semester Project.

How to make a Solar Tyre Oven With Moses from Uganda.

4E( ) Chan man Hang(2) Chow Chui Shan(5) Lam Yuen Ching(10) Ma King Man(13) Yeung Po Yee(16)

Transmission of Heat.

HEAT ENERGY What is HEAT? Form of energy and measured in JOULES Particles move about more and take up more room if heated – this is why things expand.

What size is your carbon footprint? Make your own solar heat collector Now it’s time for you to heat water using sunshine. You need to do this on a sunny.

By Anthony Lewis BAKING IN THE SUN. Solar Power Project I Anthony Lewis, have signed up for the STEM program. I have been assigned a project that involves.

Energy and Solar Ovens. Review Matter is made up of particles or molecules. These molecules move (or vibrate) constantly. A rise in the temperature of.

Energy & Environment. This is the Focus point, where the rays are concentrated to. Parabolic Reflecting material is used to Concentrate the Rays This.

Solar energy is the heat which comes from the sun. It is very clean and non-polluting energy so that it is best for humans using. Actually, the energy.

Introduction of solar cooker……………………………………P.1 Principles of solar cooker……………………………………P.2- 3 Processes of making a solar cooker…………………………P.4-6 Introduction.

Testing Solar Cookers. What do commercial solar cookers look like? Black container that holds food All angled sides lined with aluminum foil Clear plastic.

Solar Energy & Weather 6.4.7: Explain how solar energy affects Earth’s atmosphere and surface (land and water).

Solar Cooker Report” *Group 4. >Draft: Solar Cooker aluminium foil Plastic sheet Box Base Space Container.

content 1. Objective 2. Materials used 3. Design and construction skills 4. Application of physics principle in the design 5. Test of the cooker 6. Conclusion.

Energy & Environment. Concentrating the sun rays Converting the light energy into heat energy Trapping heat Using certain materials for their beneficial.

Bell Work What is specific heat? Take notes on video –Write at least 3 facts from the video.

Properties Of Ocean Water By: Marsha Sandoval Johana Diaz Lorena Rodriguez Alexis Ortega.

 Geothermal is a warming and cooling system which comes from the earth. The adjective geothermal originates from the Greek roots geo, meaning earth,

SOLAR COOKER REPORT.

Solar cooker. 1)How can we make use of reflection to gather more solar energy ? We use black boxes to absorb heat energy and aluminium paper to reflect.

3.3 Radiation In cold countries, solar hot water systems are often used to heat a house. In a typical solar hot water system, water from a storage tank.

Big box Big box Small box Small box Black paper Black paper Aluminum foil Aluminum foil Plastic sheets Plastic sheets Sausage Sausage.

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.

P.1 Book 1 Section 4.3 Radiation Frost Energy transfer by radiation Emission and absorption of radiation Check-point 4 Examples of heat transfer by radiation.

Solar Oven Investigation How different linings affect oven performance.

We use a firm to make the shape of the solar cooker, it can reduce the heat loss by conduction, convection and radiation.

++Save money ﹏ the material we used were recycled one. ++Convenient ﹏ we do not need to look after it when heating the water. ++ Protect the environment.

Black paper Aluminium Foil Staples Cling wrap Cardboard Metal box Heatproof mat Scissors.

Cardboard Aluminium can Aluminium foil Black paper Wrap.

Solar Cookers. People use solar cookers primarily to cook food and pasteurize water, although additional uses are continually being developed. With an.

Understanding Heat Transfer, Conduction, Convection and Radiation

The Advantages and Disadvantages of Solar Energy

Physics Project Group members: Josephine Kwan(11) Wendy Lai(12)

Understanding Heat Transfer, Conduction, Convection and Radiation

KS4 Physics Heat Transfer.

Testing Solar Cookers.

Designing a Solar Cooker

3rd Grade Warm and Cool Color Shape Collage

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Heat Transfer I Like it Hot!!.

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

MODES OF Heat Transfer: Conduction, Convection ,Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Bring any additional solar cooker supplies.

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

INSULATION EXPERIMENT

Energy Heat Transfer.

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Understanding Heat Transfer, Conduction, Convection and Radiation

Presentation transcript:

PoLyGoN SoLaR CoOkeR

MATERIAL USES A cupboard boxMake the solar cooker Aluminium foilsRELECT the light FROM the SUN INTO THE BOX Coca-cola canUSES AS A CONTAINER Cling wrapAS A COVEROF THE BOX MAKE A GREEN HOUSE sandHOT SAND CAN SAVE THE HEAT AT THE BOX

A B C A >> This part reflect the light into the box B>> Use black color to paint the polygon solar cooker C>> This door is for putting the can into the solar cooker

D>> Put a piece of cling wrap to cover the box E>> Use aluminium foils around inside surface F>> Paint the can in black color G>> Put sand at the bottom of the box D E F G

Step1 Cut the cupboard box into polygon shape. Step2 Cut the door in the middle if the box Step3 Paint the surface inside in light silvery color Paint the surface outside in black color Step4 Make a light silvery wok and put it on the top of the box<<For reflect the light into the box Step5 Put sand at the bottom of the box Step6 Put a piece of cling wrap to cover the box Step7 Put a black can into solar cooker

溫度 ( 攝氏 ) The temperature changes in each 5mins 時間 ( 分鐘 )

Our result is not very well as we plan before. The temperature rise very slow, the temperature of the water only rise about 9 degree Celsius. And it falls down very quickly. We think the area inside should be small so there will not be able to let the air cooling down the water. And the sand should be put under light before put it into the box, because ths sand is cool if we don’t put it under the light for a while.

CHAN CHUN YING LEE MEI YAN TSUI YEE YIN WAN HIU YAT YUEN CHING MAN