00:01
So we're looking at orbitals, specifically how many can have 5p.
00:06
So i would encourage you to just ignore the 5 here because we know that every p or p subshell looks like this.
00:13
And there's three orbitals.
00:15
One, two, three.
00:17
So no matter if it's 4p, 5, p, 60, the answer here is 3.
00:27
Looking at 3dz, i also invite you to ignore the 3 in this case because the z tells us all, the z is just another way to specify which of these five orbitals we're talking about.
00:43
And there can only be one z specification.
00:47
So here the answer is one.
00:55
Now the 4d, how many orbitals are there? well, this is what a typical d subshell.
01:01
There are five orbitals.
01:03
So again, let's just ignore the four because really what we're asking is how many are in the d...