No; just the reverse.
Phosphorous is a non-metallic chemical element with the symbol P and the atomic number 15.
It happens when a beta particle is emitted from the nucleus of the atom of element 92. Beta Particle is emitted when a neutron is converted to a proton.So atomic number that is , the no of protons increases by 1. Hence 92 becomes 93.
Yes. Well not the actual atom in that element, but the "atomic mass" increases starting left to right..
The metallic characters increases as we going down the group its happen due to very high ionization energy values .
The atoms become smaller in atomic radius.
The metal become a cation.
Phosphorous is a non-metallic chemical element with the symbol P and the atomic number 15.
It happens when a beta particle is emitted from the nucleus of the atom of element 92. Beta Particle is emitted when a neutron is converted to a proton.So atomic number that is , the no of protons increases by 1. Hence 92 becomes 93.
as going down the group the size of the atom increases so electrons become loosely bonded moreover shielding effect increases so thats why it has metallic luster
Yes. Well not the actual atom in that element, but the "atomic mass" increases starting left to right..
The metallic characters increases as we going down the group its happen due to very high ionization energy values .
The atoms become smaller in atomic radius.
The location of an element in the periodic table of elements tells you its general chemical properties. Elements are of essentially 3 types, metal, non metal, or noble gas (which is a special type of non metal) and those all have their own locations on the table; in addition you can tell a lot about how chemically active an element is, or in other words, how metallic is it, or how non metallic. We know for example, that the the halogens, in group seven, are most non metallic at the top of the table, and become progressively less non metallic (or in other words more metallic) as you go down the column. The noble gases are at their most inert at the top of the column. And so forth.
No two different elements can have the same atomic number.
an element becomes more metallic as you travel down a group. it becomes less metallic as you travel from left to right across a period.
as you go down a group the elements become more metallic. why? ionization energy decreases. ionization energy is the amount of energy needed to remove the most loosely held electrons. when electrons are lost, a metal is formed. so as you go down a group, the electrons are futher away from the nuclear pull (because the period increases). therefore, not much energy is needed to remove the electrons making it easier to loose them
beta emmisions