Tin's density is greater than water, so a solid lump of tin will not float.
But you can make a boat out of it if it contains air and does not leak.
You can, but you need heat and charcoal. Tin = Sn Carbon = C Oxygen = O2 SnO2 (tin oxide/tin ore) + C = Sn + CO2 You need to melt the tin ore and charcoal (made of C) together, and the carbon will take the oxygen from the tin oxide, creating carbon dioxide and tin. Voila, have your tin, and your waste compound, carbon dioxide.
The chemical name of SnCr2O7 is tin(IV) dichromate.
The elements in tin chloride are tin and chlorine. Tin has a chemical symbol Sn, while chlorine has a chemical symbol Cl. The compound tin chloride can exist in two forms: SnCl2 (tin(II) chloride) and SnCl4 (tin(IV) chloride).
Tin is separated from tin ore through a process called smelting, where the ore is heated with carbon in a furnace to create tin metal. This process allows the tin to be separated from the other impurities in the ore, resulting in pure tin metal.
The compound formed by tin and oxygen is tin oxide.
because tin foil is less dense then water so it makes it float!!!!
No, but a tin can.
If it is empty and you seal it, it will float. Possibly would float if it were flattened.
coz its hollow
Float glass (glass formed by allowing it to flatten and cool on a pool of molten tin) is a fairly recent invention. It was developed 1953 and 1957 in Britain. However commercial availability was not attained until 1960.,
No. The key to whether an object floats or sinks is the average density, i.e., mass divided by volume. Also, whether an object will float or not also strictly depends on the surface volume. A piece of tin foil shaped into a boat will float and the same mass of tin foil shaped into a crumpled up ball will not float.
A flat piece of tin foil may float on top of water due to surface tension. A crushed ball of foil does not have near the amount of surface area in contact with the surface of the water, so the surface tension is not sufficient to keep it suspended. Note that if you place a flat sheet of foil in the bottom of a container and pour water in on top of it however, it will not rise to the top to float; you have to place it on top carefully in order to get it to float.
Sheet glass is (was) produced by 'drawing' the molten mix through rollers to achieve the desired thickness of panel. This process left roller marks (areas of differing thickness) which caused the once familiar waviness. Sheet production virtually ended when the new float glass process was introduced in the 1970s. Float is produced by floating the molten raw material on a bath of molten tin. As the (continuous) ribbon of glass proceeds (floats) along the tin bath, it is cooled gradually until it has hardened enough to go off into a conveyor system (the tin remains molten at this stage) for cutting and packing. As float is produced "liquid floating on liquid" it is perfectly flat and has a superb 'polished' surface finish. The float process invented by the British firm Pilkington, is frequently described as the most radical change to an industrial process since the war.
You can, but you need heat and charcoal. Tin = Sn Carbon = C Oxygen = O2 SnO2 (tin oxide/tin ore) + C = Sn + CO2 You need to melt the tin ore and charcoal (made of C) together, and the carbon will take the oxygen from the tin oxide, creating carbon dioxide and tin. Voila, have your tin, and your waste compound, carbon dioxide.
~sigh~. No, Rin Tin Tin did NOT discover tin. Rin Tin Tin was a dog.
less than two hours because the slash in the "floating palace" was like a bloody tin can opener
Tin! Tin! Its what food comes in!When you need to win, remember tin!"Don't like tin? Can it!""Don't like tin? Snap it!"tin - do you really trust alluminum?