The state of matter depends on the number of atoms / molecules in a given area / volume. If there are more number of molecules, then it will be in solid state and if it is very less molecules then gases.
This inturn may depend on the intermolecular force of attraction between the atoms in them. In the case of solids, the force of attraction is high and hence there are more number of molecules present.
no it does not
The state of material depends on its temperatures and properties. Pressure also plays a factor in the state of material. Under a normal temperature and pressure the material takes it's natural form but if there is any alteration in properties it will take another form.
The answer will depend of where in the world you are: labour and material costs vary enormously.The answer will depend of where in the world you are: labour and material costs vary enormously.The answer will depend of where in the world you are: labour and material costs vary enormously.The answer will depend of where in the world you are: labour and material costs vary enormously.
The answer will depend on what material is being converted to gas and under what pressure and temperature.The answer will depend on what material is being converted to gas and under what pressure and temperature.The answer will depend on what material is being converted to gas and under what pressure and temperature.The answer will depend on what material is being converted to gas and under what pressure and temperature.
guns and money
No. Resistivity is a property of the material itself and does not change no matter how much of that material you have. Resistance, however, does depend on the dimensions of the material.
The magnetic properties of a material depend on its atomic structure.
That would depend what the material is.
Mass and specific heat.
That will depend on which State.
A reamer is a tool, not a material. The melting point would depend on what material the reamer is made of.
An isotropic material has properties which are independent of the direction in which they are measured whereas in an anisotropic material the properties do depend on the direction .