Use the following blank periodic table to show where the elements...

Question

Use the following blank periodic table to show where the elements matching the following descriptions appear.

Blank periodic table for identifying elements based on given electron configurations.

a. Elements with the valence-shell electron configuration ns^2 np^5 b. An element whose third shell contains two p electrons c. Elements with a completely filled valence shell

Accepted Answer

Hello, everyone in this video I want to show in the given blank P R I T O right over here where the following elements are located based on the descriptions given below. So we have three different descriptions here. The first one relates the elements that contains three P electrons in the fourth shell. So I'll do all the number one in this red color As the start. So for our 4th shell is going to be of course period for And the element in period four, I just put P4 with three P electrons is going to be four P three, right? It's prepared four. So four P then three P electrons will have this um number of three on top like so, so we go in this P orbital that's in this little square. Here we go in the fourth row and count three from the left. We get number one being right over here. Oh my gosh, put a star there as well. Okay. So that is going to be arsenic. If you look at the normal parent audit table, it's not blank. So again, this is arsenic. Alright. Now for number two, I'll go ahead and do this in green. So it breathes that the elements that have the following valence electron configuration of NS to an NP one. So elements they have this advanced electron. So we do N S two were reading off of this S orbital here. And then the P again is that same square that we saw on the right side of pr table that's going to be any of our group three elements. So any of these right over here, this is all going to be for number two, these are all elements that have the fabulous electron configuration of N S to an N P one. All right. And lastly, number three, this reads the element that is in period five and has a completely filled valence shell. So period five, if it's completely filled, then it's going to go, let's see, we don't have a number actually. So we just put N N S two N D 10 and N P six. So regarding period five, we put actual numbers, then we have five S two. And since we're getting into the D orbital is going to be N minus one. So before D 10, then five P six. So for that, that's going to be C 12345. So right over here, that's going to be element xenon. Alright. So again, the question is asking us to fill this blank periodic table with these three elements here, given those descriptions so we identified the first one being right over here being arsenic, the second one being all of the group three a elements. And the third statement being this right over here and that's going to be element Xenon.

Use the following blank periodic table to show where the elements matching the following descriptions appear.
a. Elements with the valence-shell electron configuration ns^2 np^5 b. An element whose third shell contains two p electrons c. Elements with a completely filled valence shell

주요 개념

Valence Shell Electron Configuration

Electron Shells and Subshells

Periodic Table Organization

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