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- computer
- wifi (internet)
- Times
- projector

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#2 - Notes on Wind flow & the basis of why its good to design for wind in a warm tropical country like M'sia & also for Taiwanese, why its good to PREVENT wind/draft fro coming in during winter. Answer is, its(wind from elsewhere) always relative cooler/colder than the spot you are in. Your task here is to explain WHY in your own words based on Science :) Draw/sketch if u need to

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#2 - Notes on Wind flow & the basis of why its good to design for wind in a warm tropical country like M'sia & also for Taiwanese, why its good to PREVENT wind/draft fro coming in during winter. Answer is, its(wind from elsewhere) always relative cooler/colder than the spot you are in. Your task here is to explain WHY in your own words based on Science :) Draw/sketch if u need to

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Because the cool temperature dense at the bottom and the warm temperature rises at the top. Wind is the air molecules, air and air pressure causes wind. It is good to design in warm tropical country and it allows designing spaces with opening to allow wind to enter, as there is no need to consider when designing the building, whether needs special materials like insulator or built in heater because it is too cold inside. To prevent draft coming in is to design or build a space facing the sun, so that it warms up the space.

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The main chefs at home would be my mom as she cooks much for us. The equipment she uses the most is the stove, the complaints of her is that the stove wasn't built based on her favour as she feels that the stove is a little high for her to cook.

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#4 - Applying B Science into B Services for Safe & Sound Design Decision-making

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#4 - Applying B Science into B Services for Safe & Sound Design Decision-making

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The electrical and water supplies runs at my home's kitchen wall. i feel safe built top with electrical supply connected inside the ceiling wall and far apart with water supply lower in between wall. If they're places near with water place of electrical to each other, it could be dangerous as the water might leak out and seep into with the electricity and it will causes circus obstruction or even worse with fire disaster.

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Very quickly, just identify - snap pic & label the type of b service found in your living space. Ur to identify at least 5 different service types
Example: Pic of lights - label LED lights found in Living room

1. LED light bulb
2. Air conditioner
3. Remote gate
4. Fan
5. Refrigerator

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People call me Joanne, I am now staying home in Klang, Selangor. My hobbies is playing basketball, badminton any other sports also drawing and playing mobile games. The subject that i like the most in secondary school was PE and Art. Subject that I dislike but not hate was math, economics and physics. Because i though there is no need in learning math again hmmmm... and i continue with my hobbies with art. I chose Taylors uni is because of the Lecture Rewind during foundation but ended up with no lecture rewind in BIA main course. I hope that I will be working great in a company or my own company with ideal income or salary and have a happy lifestyle with family and friends.

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Part 1:

1)Where are a/c & domestic heaters placed in a room?
- a/c place on top on the wall
- heaters place at the bottom on the wall
- both are the convectional method, hot air rises cold are sinks

2) What about kitchen appliances – thermal pot, cup?..will show you a thermal pot…how does it work? Would you prescribe it for ‘green kitchen design’
- thermal pot is a given kitchen design, inside may grow bacteria during process of cooking if temperature of food not being heat up to the required temperature before placing into thermal pot.

3)For a building:

Which process causes the most heat gain?

Which process causes the most heat loss?

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Tasks Part 2 (optional to finish before submitting on TIMES, but highly encouraged):

Using heat conduction Equation, do ONE wall:

Photo  & sketch with dimensions & material details

Calculate A, note down thickness of wall, types of material etc

Get temperature outside – download any thermometer app or use a physical one if you have

Inside temperature – assume A/C temp

Obtain R value of material, source your own lists fr (www.archtoolbox.com, coloradoenergy.org etc )..or refer from notes

Plug into formula and calculate the wall’s heat transfer rate, q

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PRICE