Because they do just get over it!
yes
because the no. of shells in the atoms across the periodic table remains the same
tey get bigger
the bigger atoms exploded making much smaller ones
The atoms become smaller in atomic radius.
yes
Fluorine because it has a smaller atomic radius.
because the no. of shells in the atoms across the Periodic Table remains the same
because the no. of shells in the atoms across the periodic table remains the same
tey get bigger
Atoms become larger as we go down a column of the periodic table, and they becomes smaller as we go across a row of the table.
the bigger atoms exploded making much smaller ones
As you go across the periodic table from left the right the metallic nature decreases and the non- metallic nature increase. As we go down the group of atoms on the metal side the atoms get bigger and being metals loose electrons more easily therefore become more reactive As we go the group of atoms on the non metal side the atoms get smaller and are less likely for electrons to be gained
Al, because as you go across the periodic table, atoms get bigger. As you go down colums, they get bigger too. Look up "atomic radii table" if you would like to see it in pictures.
particle is a general term. subatomic particles are smaller than atoms. dirt particles, for example, are much bigger than atoms
The atoms become smaller in atomic radius.
They change because the atomic number and mass differ from each other element. Going across the Periodic Table to the right, the atoms get smaller because another proton is added each time so the effective nuclear charge experienced by the electrons is greater and the electrons are pulled closer to the nucleus. Electronegativity increases as you progress across a period because smaller atoms are usually more likely to gain an electron. Ionization energy increases across a period because the atoms are smaller, pulled closer to the nucleus, so it takes more energy to break an electron away.