Which of the following statements best describes the function of dermcidin (2ymk)?

Question

Which is the correct electron configuration of Cu?1s2 2s2 2p6 352 3p6 4s1 4d?1s2 2s2 2p6 352 3p6 4s2 4d?1s2 2s2 2p6 352 3p6 4s2 3d9'1s2 2s2 2p6 3s2 3p6 4s1 3d10'1s2 2s2 2p6 352 3p6 452 3d4

Which is the correct electron configuration of Cu? 1s2 2s2 2p6 352 3p6 4s1 4d? 1s2 2s2 2p6 352 3p6 4s2 4d? 1s2 2s2 2p6 352 3p6 4s2 3d9 '1s2 2s2 2p6 3s2 3p6 4s1 3d10 '1s2 2s2 2p6 352 3p6 452 3d4

Answers

What is the correct electron configuration of silver? Why is this electron configuration different from the expected electron configuration.

Chapter three problems, he says, use a periodic table to determine which element corresponds to each elect chocolate, the correction. So first was briefly go with the periodic table. All right, Everything that's located in the first two columns is you ask. Block was located and Collins thirteen to eighteen or three a from eight. A people was located here is deep. And then down here we have our f block. We we're not going to refer to that at this point in time that this would be your F block. So the first question is asking us about eh gives us a noble gas configuration first. Then there's for us too. Greedy ten and then four pieces. We're gonna figure out exactly what elements this is referring to a periodic table. So we look at this very table games are gone. To begin with, we're going to start, and then we move into period for as wanted us to ready. One, two, three, four, five, six, seven, eight, nine, ten. And then forty six. One, two, three, four, five, six. And people are that gives us krypton. Is that so? You may have noticed that will move into the deep lock fest is straining even though it's a period for forty, you know, in fact so that's where we'LL be again. We get our noble gas configuration which was all gone giving us the shorthand notations truck configuration we have for us too And greedy Tio So we'LL start back again with are very good people Then we have for us to period for that one as two and then three D too Fall in here I want you to end up with titanium is advancing next elements that were given He danced with Krypton We have fabulous tio forty two on a fall, Pete. Now begin right here with Krypton on the periodic table you go to the fifth one. That's one that's two forty ten, which was affairs the entire block and five p two gives us a one to ten is our answer. That's the map, Please. We have kryptonite again. We're looking at five to beginning of Krypton period. Fire as one, and it's too strong tea. And that's that. Listers demonstrated how to use a period table electron configuration to identify elements

So we are asked which of the ions. So we're looking at calcium plus, so a single positive charge and then incl Ori chloride minus single negative charge in which of those electron configurations of which I on um, uh corresponds with that of the nearest noble gas. Um, so let's first find calcium, calcium and chlorine all right over there. But those are the neutral element stripe, and we want to find the closest noble gas. So if they're gonna Forman I on the nearest noble gas on the periodic table is going to be hard on. So we want to see which electron configuration will look like bargains configuration. So remember that electron configurations are the, I guess, like the letters and the numbers as opposed to me arrows, which are the orbital on configuration. So come to read out an example. So for chlorine, right to form the electron configurations is just neutral chlorine. We're going to work up, left to right and then top to bottom. And so, looking at the top left, right, so we're at the first period. That's the one s orbital, and chlorine has a full one s orbit. Also, it's gonna be superscript two. Um uh, ratchets. Write it as an exponent, basically on. Then we have when we get down to the second period, Um, and there is the fool s orbital and then the full P orbital S. O. S or both. Hold two electrons. So B two s superscript two and then the next moving to the right. You see, on the to p orbital, which it's full recording so it can hold six electrons of Super Script six. And I'm moving down to the bird period. Well, we're sodium. Is that well, that would be three us to school. So then we get to on the three p for little, and we see that chlorine is the fifth element in that period. In that I guess the the P block over there. And so that means it has five electrons in that three p orbital's. That would be super service, but okay, bombs, then let's right the election configuration for calcium, and basically it is it starts off the same way as chlorine. So, for council, you know, this is just the mutual element. Uh, so one of us to to us. Hey, thanks. 32 and then for three p, right? It has the full 33 orbital. So creepy bricks. So now we're off at the fourth period where counseling is that and receives the second element there. So that means it has the fool s orbital's before s Okay, so we're asked, um let's see, uh, whether the electron configuration of how soon Russ or chlorine minus will look like pratts of our guns. And so looking at, um So if we were to create the chlorine Negative. So the chloride ion uh, we're basically adding a six electron to that the repeat orbital. Great. So we're gonna change the three p. So to make the Cory violin, we add an electron to repeat. So we form three p six. I went to form the house soon. Plus right. So when it becomes positive, we're losing an electron. And so, since it's a single positive, we're subtracting an electron and the outer orbital there's the for us. So it becomes for us one. And so, Richard, these two looks like art ons. Well, organ doesn't have. It's not in the fourth period. So there's no. Four s and it has a full three p six, um, workable. And so we can conclude that chlorine, the chloride ion cl Mya's, um, has the same electron configuration that's that of our lives.

It might be helpful when answering this question tow first, write the electron configuration for just a zinc Adam, which would take on this form right here again following the order of one s than to esten to pee than three s than three peat and forest and three d. Now, to create the cat eye on, we need to remove some electrons and to create a cat eye. And we always remove electrons from the highest energy level. So in this case, the highest energy level is four and the lowest energy orbital in the highest energy level. It's s so we remove our two electrons from four s in order to get the electron configuration for zinc two plus the answer being a

The question is on the topic electronic conversion and predictable. And this question is asked that right there Tony confirmation of then of an atom thin and then also at the Tony confessional, the same hopelessness and purpose ions. So let's start with writing the alternate conclusion of 10. The tin also presented by SN hasn't. It has an atomic number of as an atomic number of as an atomic number of 15. Therefore the confirmation that tim has would be the normal gas, normal gas inscription Having 36 electrons. and now we will film five years to On the basis of the energy is already 10 and find Me too. This becomes the electronic confession obtained Now 36 plus two is 38 Who is 40 in Tennessee. That's how they handle Tony conditional mm. No the next question asked is asking that Also write the electronic confessional sn two plus. So Tina's optoelectronics into place will have as 48 electrons because there are two electrons lost. And the electrons which are going to be removed will be from the outer motion that we have. Right. So the electron that we removed will be from the outermost shell That we have, which is going to be five ft 2. The convention of this into place, it is going to be crippled Davis zero, So five is 2 and then It should be because electrons will remove will be removed from 45 papers because five PCC highest energy orbital and the returns always removed from the Alberta having the highest energy and higher shell number five years has your number. And also this high energy they put frustratingly room from there. It will be for you then and 50 The next part of the question is asking, what? S what isn't for place has 46 electrons because there are four electrons. So this time we'll be moving two more electrons that will remove the moral transform. five is this time because five is the outermost return that we have, We have 50 for the 10 And then we have 50 always returns removed, not from the ones which are more energy only. The one which has a higher number of Shelley's what matters the most when it comes to remove removed from the uh, older orbiters, that that's why I removed from the scene. And then we from the bazaar. And then if you don't have to move further, begin to move from 40, uh, So these are the confession of 10 isn't hopeless and it's important. So this is the contribution of sn it's the confessionals into place. That's the conclusion of the Sun, worthless. But they don't always remove convict. Higher shell number.

Similar Solved Questions

5 answers

What is the equilibrium state, to two decimal places, of the following second-order difference equation: Yt+2 0.3Y+1 0.Y + 9.8 t =0,1,2,

What is the equilibrium state, to two decimal places, of the following second-order difference equation: Yt+2 0.3Y+1 0.Y + 9.8 t =0,1,2,...

1 answers

In Exercises $67-70,$ you will explore graphically the general sine function $$f(x)=37 \sin \left(\frac{2 \pi}{365}(x-101)\right)+25$$ as you change the values of the constants $A, B, C,$ and $D .$ Use a CAS or computer grapher to perform the steps in the exercises. The amplitude $A \quad$ Set the constants $B=6, C=D=0 .$ a. Describe what happens to the graph of the general sine function as $A$ increases through positive values. Confirm your answer by plotting $f(x)$ for the values $A=1,5,$

In Exercises $67-70,$ you will explore graphically the general sine function $$f(x)=37 \sin \left(\frac{2 \pi}{365}(x-101)\right)+25$$ as you change the values of the constants $A, B, C,$ and $D .$ Use a CAS or computer grapher to perform the steps in the exercises. The amplitude $A \quad$ Set th...