The M tells you which row of the Periodic Table you can find the element in, and the L tells you which suborbital the electron is found in. The suborbital signifies how many electrons are in the shell of the element.
Lr stands for Lawrencium. Its atomic number is 103.
Hydrogen (0.0899 g/L), Helium (0.1785 g/L), Lithium (0.534 g/L)
No, its called the K, then the L is after it and then the M and so on. On the periodic table, the period an element is in is how many electron shells it has.
Chloroform is CHCl3 (with a lowercase L), not CHCI3. CHCl3 is a compound. Made up of elements. There for C (carbon) H (hydrogen) and Cl (chlorine) are found on the periodic table of elements but not the whole compound.
Groups, 1 through to 8 (or 0) The internet will tell you details about the individual groups. P.S. The rows are called periods
I is Iodine.
Lr stands for Lawrencium. Its atomic number is 103.
If you are talking about the ground state, then the quantum numbers for Tin are: n=5 l(lowercase L)=1 m-sub l = 0 m-sub s = 1/2 Learn about the relationship between electron configuration (which you know based off the placement of the element in the periodic table) and quantum numbers if you seek an explanation for this.
The person who updated it was Henry Mosley.
We find five halogens in periodic table. Those are non metal elements. Fluorine and chlorine gases are examples.
each row in the Periodic Table is called a period.
Hydrogen (0.0899 g/L), Helium (0.1785 g/L), Lithium (0.534 g/L)
The symbol for chlorine in the periodic table is "Cl." It's electron configuration is [Ne] 3s2 3p5.
No, its called the K, then the L is after it and then the M and so on. On the periodic table, the period an element is in is how many electron shells it has.
Chloroform is CHCl3 (with a lowercase L), not CHCI3. CHCl3 is a compound. Made up of elements. There for C (carbon) H (hydrogen) and Cl (chlorine) are found on the periodic table of elements but not the whole compound.
No you can't find it there. I agree - you can find the atomic weight, but that tells you nothing about density - after helium, all gases have higher atomic weights than some solids, but the gases are far less dense.
Groups, 1 through to 8 (or 0) The internet will tell you details about the individual groups. P.S. The rows are called periods