it white and its soft
yes because it changes the physical properties of it as a paper by burning
The physical properties I know of are the shape which are either a square or rectangle, the color which is either white or different colors. The chemical properties I know of are just before you make the paper, that's pretty much it...
What a wide question! Setting fire to it would change its properties dramatically.
Actually, some acids do burn litmus paper. Hydrochloric acid, for example, can burn paper, but the litmus on litmus paper shields the paper from the acid. Sulfuric acid, however, has dehydration properties, and would suck the water right out from the paper, charring it instantly.
Normal paper is 80gsm. Try a least 120 or 160
You don't "download" paper.. You BUY it from a stationary store or an online store!
The unit 'gsm' stands for 'grams per square meter', which means that a 130 gsm paper is heavier than an 80 gsm paper. Whether the 130 gsm is thicker depends on the type of paper. However, 130 gsm of the same paper stock would obviously be thicker.
Paper is:FlexibleRecyclableStrong
You did not mention paper size, so I am assuming A4 which is 29.7cm * 21cm Area of 1 sheet = 29.7cm * 21cm = 623.7 cm^2 = 0.06237 m^2 Area of 500 sheets = 0.06237 * 500 = 31.185 m^2 80gsm means 1 sq metre (m^2) of the paper weighs 80g Since the total area of 500 sheets is 31.185 m^2, so 500 sheets weigh = 31.185 * 80g = 2494.8g = 2.4948kg
Approximately 5 grams. Most 'standard' A4 paper is 80gsm - which means 80 grams per square metre, There are approximately 16 A4 sheets to a square metre.... 80 divided by 16 equals five.
There are a lot of reasons why paper's physical properties differ from water's physical properties.Paper is a solid, water is a liquid.Water is transparent, paper is not.Water flows smoothly, paper does not.etc.
Paper Burning!
No paper has magical freezing properties!
cardboard is made out of paper
Chemical properties of paper can include flammability/nonflammability or decompostition/lack of decompostition at high temperature.
No, it is insoluble but it looses all good paper properties.