The atomic radius depends on the the number of electron shells, total negative charge, positive charge of the nucleus, atomic mass.
All molecules are made up of atoms. The type and arrangement of atoms in a molecule determine its properties and behavior.
all atoms are generally the same size, so "large atoms" would mean molecules.
The size of atoms is primarily determined by the arrangement of electrons in the electron cloud surrounding the nucleus. The number of electron shells and the effective nuclear charge also play a role in determining the size of atoms. Additionally, the atomic radius of atoms generally increases as one moves down a group and decreases across a period on the periodic table.
The number of protons in the nucleus of the atom determine its identity.
To determine if a stable compound can be formed from two atoms, one must consider their electronegativities and bonding capabilities. If the atoms can achieve a full valence shell through ionic or covalent bonding, a stable compound is likely. Additionally, factors such as atomic size and the presence of lone pairs can influence stability. Without specific information about the two atoms in question, a definitive answer cannot be given.
yes atoms do double in size however atoms in helium are smaller because oxygen atoms double in size.
From left to right in a period the size of the atoms decreases.
is it true the size of a mmole of atoms has a reasonable mass
By the number of protons it has.
how does size determine structure in organizational design?
It is necessary to balance the number of atoms for reactantas and products.
But you CAN determine the size of the planets: in diameter, overall mass, and in density.
Cations are formed when atoms lose electrons and hence are smaller in size than the corresponding atoms. Anions are formed when atoms gain electrons and hence are larger in size than the corresponding atoms.
no
All molecules are made up of atoms. The type and arrangement of atoms in a molecule determine its properties and behavior.
Oxidation numbers indicate the charge of an atom in a compound. By comparing the oxidation numbers of different atoms in a compound and knowing their charges, you can determine the number of atoms involved in the reaction or compound. These numbers help balance chemical equations and determine the stoichiometry of a reaction.
Constitutional isomers are molecules with the same molecular formula but different connectivity of atoms. To determine constitutional isomers, compare the arrangement of atoms in the molecules and look for differences in how the atoms are bonded together. If the connectivity of atoms is different, the molecules are constitutional isomers.