5

QUESTION -Which of the following statements describe properties of orbitals?Orbitals fill the order of increasing energy from lowest highest. Each orbltal can hald ...

Question

QUESTION -Which of the following statements describe properties of orbitals?Orbitals fill the order of increasing energy from lowest highest. Each orbltal can hald up Io two electrons with spins paired, When Ihere set of orbitals of equal energy each orbital becomes half filled before any Ihem becomes completely filled_All ofthe aboveQUESTION 11Which of tho following is Iho oxpandod electronic configuralion Ior tho oloment phosphorus? (Atomic numbor1s2 282 20x220v22p23s2JpX2Jpy' 1s2 2s2 20x

QUESTION - Which of the following statements describe properties of orbitals? Orbitals fill the order of increasing energy from lowest highest. Each orbltal can hald up Io two electrons with spins paired, When Ihere set of orbitals of equal energy each orbital becomes half filled before any Ihem becomes completely filled_ All ofthe above QUESTION 11 Which of tho following is Iho oxpandod electronic configuralion Ior tho oloment phosphorus? (Atomic numbor 1s2 282 20x220v22p23s2JpX2Jpy' 1s2 2s2 20x220v22p2 23.2J04' 14s2 152 232 20x?2pv 22p2" 23.2J01" 13py" 3pz' 1s2 2s2 20x22py22p223s23px2482



Answers

Order the orbitals for a multielectron atom in each of the following lists according to increasing energy:

(a) $4 d, 3 p, 2 p, 5 s$
(b) $2 s, 4 s, 3 d, 4 p$
(c) $6 s, 5 p, 3 d, 4 p$

So according to the official principle that electrons fill orbital's of increasing energy, the one S. Has the lowest energy, and then that's the only one in the uh first energy level. And we have the second energy level. We have to s, followed by two P, and then three US and three P. And that's where we'll stop for this question.

So for this question, were asked to take a look at the previous question in the book and use the quantum numbers. From that question. Thio figure out which of the species represented here have degenerate orbital's and how many degenerate orbital's they have. So I have quantum numbers representing three individual electrons from the previous question already written out. So what we need to first do from these extract what type of orbital these air representing. So for this, the end values really aren't super important. We're gonna be taking a look at the els. So the first example l equals one. We know that that corresponds to a P orbital. A legal to is going to correspond to a D and l equals zero's going to corresponds with s now degenerate orbital's mean that we have multiple orbital's within the same energy level. In other words, and easier, more simplified way to think about it is to say degenerate orbital is going to include any orbital subdural that has multiple potential orientations within itself. Um, so, by rule, the two orbital types that are going to be degenerate in this list that we have here are going to be the P and the D s is not included because for each energy level there's only one s orbital. Whereas when we look at P and D P is going to have three sub orbital is associated with the P orbital D is actually going to have five eso. These represent the two orbital's within this population that are degenerate and then these air the values.

All right. So for this problem, we're asked to take a look at the previous problem and used the quantum numbers listed there to write out which orbital's included or what orbital's described by. These quantum numbers are degenerate and how many degenerate orbital's they represent eso for this problem. We don't really need to worry about. The quantum numbers were really just gonna be looking at the elves because those were going to tell us what orbital type we're looking at. So we look at El equal to that orbit is going to represent a D orbital. Lf zero is going to represent it s orbital and that all three is gonna represent an F orbital. So of these three orbital types, there are two that have the ability to have multiple sub orbital types. There's the D A and the F recall that any time you have an s orbital, there's just one s orbital associated with that. While the D orbital is going to have five different possible orientations, the F orbital is actually going to have seven possible orientation. So therefore, for this problem, these quantum numbers of these quantum numbers the two that represent degenerate, orbital's or D and F and they're going to have five and seven to dinner orbital's, respectively,

Question here basically gives us two electron configuration, so a is are gone for as to So in this particular case, it's calcium and B here is gonna be four p five. So this is gonna be bro me. So for eight it asked, is element a a metal? This is indeed true for be it asked if it's a metal metal owed or non metals, as we know, grow need is going to be a liquid. However, in this particular case, it's gonna be a non metal so non metal, um, for see which one's gonna have the larger ionization energy, it's gonna be broke meat and which ones you have. A smaller atomic radius is also gonna be bro mean, so be, in this particular case.


Similar Solved Questions

5 answers
Fill in the table:SolutionCalculated pH3.OmL 12 M KOH (aq) diluted to 100_ mL
Fill in the table: Solution Calculated pH 3.OmL 12 M KOH (aq) diluted to 100_ mL...
5 answers
Poinl)You cun clickthe 4raphobtalelarae Yargionbrowser wlndow:graphs ol the function (given blue) and (pwen red) are platted above Suppose that u(x) f(r)g(r) ad %(r) f(-)/g(-) Find each of tne tolliing"(I)=v(1)You can ear panial crejif on Inis problem:
poinl) You cun click the 4raph obtale larae Yargion browser wlndow: graphs ol the function (given blue) and (pwen red) are platted above Suppose that u(x) f(r)g(r) ad %(r) f(-)/g(-) Find each of tne tolliing "(I)= v(1) You can ear panial crejif on Inis problem:...
5 answers
Problem 2: A solid non- conducting sphere with radius R has a volume charge density Uniformly distributed on its volume What is the total charge density on the sphere? b. Find the electric field everywhere. Everywhere means: r < R ii. r > R Sketch graph of E(r).
Problem 2: A solid non- conducting sphere with radius R has a volume charge density Uniformly distributed on its volume What is the total charge density on the sphere? b. Find the electric field everywhere. Everywhere means: r < R ii. r > R Sketch graph of E(r)....
5 answers
Icstlon E Atthis - 3 1 8 0f 25 U Ii(e) temperature , 0.600 !! the equilibrium 009*0 mol 12 53.3 conaani Wcre placed this 4 rcnction L.00 L E cunulner (0What concentration of HI 1
Icstlon E Atthis - 3 1 8 0f 25 U Ii(e) temperature , 0.600 !! the equilibrium 009*0 mol 12 53.3 conaani Wcre placed this 4 rcnction L.00 L E cunulner (0 What concentration of HI 1...
5 answers
Casm Cmdnton SlaiKOvt"J tra nert Qugston pfn e chargus Ia IlitsQuestionWich letter In Ihe liglre best Feprscuts Ille Vauux?-JuicusWtpsCECooTrd [Dbl HeleCn IoGnnn
Casm Cmdnton Slai KOvt"J tra nert Qugston pfn e chargus Ia Ilits Question Wich letter In Ihe liglre best Feprscuts Ille Vauux? -Juicus Wtps C ECoo Trd [Dbl Hele Cn Io Gnnn...
5 answers
SOC Labor force participation rates (percent employed), percent high school graduates, and mean income for males and females in ten states are reported here. Calculate the mean and the standard deviation for both groups for each variable and describe the differences. Are males and females unequal on any of these variables? How great is the gender inequality?
SOC Labor force participation rates (percent employed), percent high school graduates, and mean income for males and females in ten states are reported here. Calculate the mean and the standard deviation for both groups for each variable and describe the differences. Are males and females unequal on...
1 answers
(10 points) If point has the cylindrical coordinates5.1) , find the spherical coordinates_
(10 points) If point has the cylindrical coordinates 5.1) , find the spherical coordinates_...
5 answers
3: Let F(r) =f(xf(r-)) Suppose that f(4) = 3. f'(4) = 3, and f'(6) = 1. Find F '(2).(4) 25 (B) 31 (C) 30 () 29 (E) 32 (F) 27 (G) 28 (H) 26
3: Let F(r) =f(xf(r-)) Suppose that f(4) = 3. f'(4) = 3, and f'(6) = 1. Find F '(2). (4) 25 (B) 31 (C) 30 () 29 (E) 32 (F) 27 (G) 28 (H) 26...
5 answers
Domains of functions of three or more variables Find the domain of the following functions. If possible, give a description of the domains (for example, all points outside a sphere of radius 1 centered at the origin).$$f(x, y, z)=2 x y z-3 x z+4 y z$$
Domains of functions of three or more variables Find the domain of the following functions. If possible, give a description of the domains (for example, all points outside a sphere of radius 1 centered at the origin). $$f(x, y, z)=2 x y z-3 x z+4 y z$$...
5 answers
Write and balance this reaction: calcium plus nitrogen produces solid calcium nitride:Remember to write states for each reactant and product: You should know the states of the elements from chapter 1.Edit View Insert Format Tools Table12ptParagraphB I U 4~ 2y T? v
Write and balance this reaction: calcium plus nitrogen produces solid calcium nitride: Remember to write states for each reactant and product: You should know the states of the elements from chapter 1. Edit View Insert Format Tools Table 12pt Paragraph B I U 4~ 2y T? v...
5 answers
Write each denominator in the equation $ rac{x^{2}}{36}- rac{y^{2}}{81}=1$ as the square of a number.
Write each denominator in the equation $\frac{x^{2}}{36}-\frac{y^{2}}{81}=1$ as the square of a number....
5 answers
Which alternative of these is right? The principle of relativity says that1. The laws of physics are the same in all inertial frames ofreference2. The speed of light is different in different inertial referenceframes3. The laws of physics are different in different inertial framesof reference
Which alternative of these is right? The principle of relativity says that 1. The laws of physics are the same in all inertial frames of reference 2. The speed of light is different in different inertial reference frames 3. The laws of physics are different in different inertial frames of reference...
1 answers
A potassium chloride crystal has an energy band gap of 7.6 eV above the topmost occupied band, which is full. Is this crystal opaque or transparent to light of wavelength 140 $\mathrm{nm}$ ?
A potassium chloride crystal has an energy band gap of 7.6 eV above the topmost occupied band, which is full. Is this crystal opaque or transparent to light of wavelength 140 $\mathrm{nm}$ ?...
5 answers
Calculate Culculate Tal pK the pH 7.96 the pH of the ofhypochlorous ol c coluuon solution 1 alter 1 2Calculate the pH of the1 cquval Icncc1 HCLok0 9r ? HCL0.263 MHCL1
Calculate Culculate Tal pK the pH 7.96 the pH of the ofhypochlorous ol c coluuon solution 1 alter 1 2 Calculate the pH of the 1 cquval Icncc 1 HCL ok0 9r ? HCL 0.263 MHCL 1...
5 answers
What is Differences between Mendelian genetics and molecular genetics. (I have asked this question 3 times but I didn't get the answer I want. please explain it in details. I need biological terms and information. please don't write like a history. explain it with biological and genetic terms. )
what is Differences between Mendelian genetics and molecular genetics. (I have asked this question 3 times but I didn't get the answer I want. please explain it in details. I need biological terms and information. please don't write like a history. explain it with biological and genetic...
5 answers
Use the first derivative test t0 find the location of all local extrema Ihe interval (1,9) for the function given below: f(z) 5 In (4z) If there more than one ocal maximum Or ocal minimum; write each value of € separated by comma; If a local maximum or Iocal minimum does not occur on the interval, enter @ in the appropriate box. Enter exact answersProvide your answer below:The local maxima occur atxThe local minima occur atr
Use the first derivative test t0 find the location of all local extrema Ihe interval (1,9) for the function given below: f(z) 5 In (4z) If there more than one ocal maximum Or ocal minimum; write each value of € separated by comma; If a local maximum or Iocal minimum does not occur on the inter...
5 answers
(blij) i6i; 24J1+3J1Then the value for the I f (x' + Tx + cos (c + y)) dx + N (€,y) .dy = 0is ecact N (€, y) function isCOS (2+y) 0~sin ( +y) 0 coS (2+y) 0sin (c+y) 04
(blij) i6i; 2 4J1+3J1 Then the value for the I f (x' + Tx + cos (c + y)) dx + N (€,y) .dy = 0is ecact N (€, y) function is COS (2+y) 0 ~sin ( +y) 0 coS (2+y) 0 sin (c+y) 0 4...
5 answers
Decompose into Partial Fractions extUxtls (x+l)Do not enter the whole answer below: Just enter the numerator over the (x+1)^2No spaces, no decimals
Decompose into Partial Fractions extUxtls (x+l) Do not enter the whole answer below: Just enter the numerator over the (x+1)^2 No spaces, no decimals...
5 answers
Q8 (9 points)Find a power (Taylor) series representation of the given function:(a) f(x) = In(l + x')(6) g(x) = x? arctan(3x") e* (c) h(x) (give the first 5 terms) (+x)2
Q8 (9 points) Find a power (Taylor) series representation of the given function: (a) f(x) = In(l + x') (6) g(x) = x? arctan(3x") e* (c) h(x) (give the first 5 terms) (+x)2...

-- 0.074492--