00:01
First of all, let us determine the values for atomic mass and atomic number of the given element.
00:12
We are writing these elements with their corresponding symbols for our own convenience.
00:21
This is hydrogen.
00:24
This hydrogen, this is carbon, oxygen, neon, sodium, magnesium, aluminium and silicon.
00:31
Atomic number, we will let us.
00:35
Right here and atomic mass we will write sorry it's not atomic mass it's mass number there is a slight difference in between now hydrogen has atomic number of one and atomic mass of one two and now carbon has atomic number six and atomic mass 12 oxygen has atomic number eight and atomic mass excuse me at number 16 similarly neon has atomic number 10 and mass number 20 sodium has atomic number 11 but mass number 23 magnesium has atomic number 12 but mass number 24 aluminum has atomic number 13 mass number 27 and silicon has atomic number 14 but mass number 28.
01:41
Now we will proceed towards the line graph.
01:45
From the table, we need to map the data points here.
01:50
Now, in this axis, we will denote atomic number and atomic, uh, sorry, mass number as well.
02:04
Therefore, we will have two set of points.
02:07
Let us first of all denotes the atomic number.
02:11
Here.
02:13
For hydrogen, the atomic number is 1, therefore it will come here.
02:19
For carbon, the atomic number is 6, it will come here, something.
02:25
And for oxygen, it's 8.
02:28
It will come here...