Because all of them have orthorhombic solidification as crystalline solid.
Generally speaking, substances have the least amount of surface area as a solid, as they are heated they form a liquid and expand, as this is heated it forms a gas and expands more. *Assuming pressure is constant **Water is the only substance to expand as it freezes
Depends on how much of the sample there is.
Most materials solidify when they are cooling. The molecules slow down and begin to arrange themselves closer together. Some materials have an opposite reaction.
No, the first is Bi(NO3)3 = Bismuth nitrate; it has 3 NO3- ionsand the other is BiO(NO3) = Bismuth oxynitrate, also called Bismuth subnitrate
Coke doesn't contain polonium or bismuth.
Because all of them have orthorhombic solidification as crystalline solid.
Generally speaking, substances have the least amount of surface area as a solid, as they are heated they form a liquid and expand, as this is heated it forms a gas and expands more. *Assuming pressure is constant **Water is the only substance to expand as it freezes
On heating. water molecules expand till they reach 100 cecius and break free from each other and turn into vapor. On cooling, when the temprature is 4 degree celcius, water starts to expand till it freeze.
Water shrinks on cooling upto 4o C. But on further cooling it expands.
Bismuth can be melted in a stainless steel pot atop a kitchen stove and very slowly cooled. The excess should then be poured into a stainless steel pot and depending on the length and evenness of the cooling process the crystals will be formed during the cooling period. Simple and easy. Requires 99.99% pure elemental metal or greater.
No, Bismuth is a metal
water contracts when cooling until about 4 deg. C. From that temp. further cooling causes the water to expand. as it freezes it continues to expand, that is why ice floats.
1. water 2. silicon 3. bismuth 4. antimony 5. gallium pick two.
Depends on how much of the sample there is.
bismuth bismuth bismuth
Nope. Silicon(Si), Gallium(Ga), Antimony(Sb), Bismuth(Bi) and acetic acid(CH3COOH, vinegar) all expand on freezing as well. Moreover, silicon expands more than water on freezing (10% compared to waters 8%). The trick to this is that any substance with an open tetrahedral molecular structure will also expand upon freezing. (Perhaps phosphorus oxide(s))