Crystal lattice. lattice
If it's in a regular repeating pattern, it's not amorphous.
A 'CRYSTAL LATTICE'.
Crystal lattice. lattice
Lattice
The name given to the number of particles in a mole is Avagadro's number/constant
lol no
The quality of an answer depends in part on the quality of the question. I am guessing that we are comparing for total thermal energy at fixed given temperature, a given number of particles with a larger number of particles. It makes a difference whether the actual particle makeup stays the same. In other words, we are comparing say some number of particles of Teflon with a greater number of particles of Teflon, and NOT some number of particles of Teflon with a greater number of particles of say iron, or salt; or size A particles compared to size B particles. In that case, yes, the more particles of the same kind, the more energy. Thermal energy is proportional to the mass times the absolute temperature times the specific heat, and specific heat depends on the molecular type and arrangement.
All the components of an atom (neutron, proton, electron) are called subatomic particles or elementary particles.
Gas
Lattice?
Lattice?
It is given there that the properties of crystalline solids are different when viewed from different directions because of the different geometry formations as viewed from different angles where as in amorphous solids you will find that there is irregular arrangement when you view it from any angle.
It is given there that the properties of crystalline solids are different when viewed from different directions because of the different geometry formations as viewed from different angles where as in amorphous solids you will find that there is irregular arrangement when you view it from any angle.
A "crystalline solid" is a solid characterized by a regular, ordered arrangement of particles. Unlike amorphous solids that melt at a range of temperatures, crystalline solids have definite melting points. Crystalline solids include metallic, ionic, network atomic and molecular solids. Unfortunately the way the question is worded implies that we are to select from a list - but no list is given. Some examples of crystalline solids are: Sodium Chloride (NaCl) Diamond (tetrahedrally arranged pure carbon) Quartz (SiO2) - note: (SiO2) can also be found as an amorphous solid in glass. Galena (PbS) Pyrite (FeS2) Ice (H2O) Bronze (Cu Sn alloy) Brass (Cu Zn alloy) Steel (Fe C alloy) ... also - pure elements tend to form crystals when in solid form.
the particles are given more energy.
The name given to the number of particles in a mole is Avagadro's number/constant
mostly, they are called crystals
Patricia Nemeth
identify the given
molecues
the higher its tempeture