5

Revoeadro ther states thatihe volume V of a ga8/s directly related to the number of moles, of the gas when temperature and pressure are constant: (Figure.where Vili...

Question

Revoeadro ther states thatihe volume V of a ga8/s directly related to the number of moles, of the gas when temperature and pressure are constant: (Figure.where Vilis Ihe volume filled by 71 moles and Vz is the volume filled by a different number of moles, n2Figure1 of |FAu mnoles Sm lenFolunieMcre moles Larger Volma

revoeadro ther states thatihe volume V of a ga8/s directly related to the number of moles, of the gas when temperature and pressure are constant: (Figure. where Vilis Ihe volume filled by 71 moles and Vz is the volume filled by a different number of moles, n2 Figure 1 of | FAu mnoles Sm lenFolunie Mcre moles Larger Volma



Answers

The standard molar volume of an ideal gas is 22.414 liters per mole at STP. However, the standard molar volume of a gas that has a high molecular weight or strong intermolecular attractive forces can deviate significantly from this value. Calculate the standard molar volume of sulfur hexafluoride $\left(\mathrm{SF}_{6}\right),$ density $=6.65 \mathrm{~g} / \mathrm{L}$ at $\mathrm{STP}$ and hydrogen fluoride (HF), density $=0.922 \mathrm{~g} / \mathrm{L}$ at STP.

There's this question 36 from Chapter 16 and it's another ideal gas equation problem. And we have so full surfer pics of fluoride. And we were trying to soften the volume. So the equation the gas androgynous pressure. That's volume this equal to mold times a gas constant times temperature, the rear someone petroleum's they're gonna You're gonna rearrange this equation. Teoh Volume is equal to most Pastor cost gas constant divided by pressure. Okay, so now we can actually write this out. So we have nine 0.8 morals times a gas constant of 0.0 a tooth. Eight 206 Leaders times, atmospheres Her main times Calvin times the temperature on the give us 105. But we have to convert this to Calvin. And so you got the at 273. And that gives you 378 Kelvin and we have a pressure of 9.4 atmospheres. Cut this in nine times. Eight. My point, You 86. I was 378. Good. Not to be about 300. And divide that by my 1.4 and should be about 32 0.35 liters as your volume

In this problem we have to solve for the wall you both sf six gas and be given moles and 5.6 pressure as 9.4 tm and temperature as 1 28 Celsius or for one Calvin are is a constant, so it remains the same so we can use PV and artier. The ideal gas law solved this to sell for the William, which can be rearranged as and are over p. So we have 5.6 moles. Times are, which is a constant So 0.8 to 1 leaders times a T m over most times K and then for one Calvin. Divide all that by the pressure. Nine point for a T. M and you get volume off this week's gas as 20 litres.

We're going to do problem number 24 on this question. Uh, what this question says is the deal gets lost it that volume that it gets occupy where is directly proportional to the product? Off and off, most off gas Anti. That is temperature and university proportion to the pressure. Okay, so this is given that we is directly proportional to and okay on G on empty and no sleep wasn't to be okay. This is the relation is going to us. So first part in a part, it is arched to express we in terms off in terms off NTP. Okay, So to write that we are traditionally apply with a constant let's say that constant sk So we will have okay, anti by p. Okay, So this is the expression where we on an NT N p r related on K is a constant of proportionality here. Now they're going to do part B. They're going to do part being party. The question is, what is the effect on its volume? If the number of Moses double both the temperature and the pressure is reduced by effective often by half. So when the what will be the effect off the volume if the will you finish trouble. Okay, So let's say that William will become V one. So when it's a number of most is going to increase, it is going to be double so well right here to end. And its temperature is decreases by half. Okay, It's temperature when its temperature decreases by absolute like a T by two. And when it's pressure will also be pleased by one look half. So you let happy by two. So this and this will get canceled out two and two And this too will get ever. And we will have two k n t by p, which means that William will increase choice. Okay, so we even ISS twice off the so this will be the relations between these two volumes. That's all we will in case

Starting from the ideal gas law, because he puts U P v equal to N RT or us to prove that the volume of a mole of gas is inversely proportional to the pressure at constant temperature. We can rearrange this, the volume is equal the N. R. T. Overpay. So for a constant temperature. And um we're asking to assume that the malls our constant, so yeah, constant. And and he and we get B is equal to constant one overpay. So here we can see it's university proportional um where are as a constant. And this would be if we rearrange as B as he puts you one over p times a constant. And this here was essentially Boyle's law which shows that volume is inversely proportional to the pressure at constant temperature.


Similar Solved Questions

5 answers
2 Starting "gacith solulion t0 HCO.6 1 stock Wvhal solution; tvee U are of Ihe Iinal prepared by oletoontially diluting 8
2 Starting "gacith solulion t0 HCO.6 1 stock Wvhal solution; tvee U are of Ihe Iinal prepared by oletoontially diluting 8...
5 answers
We determined that(6c1 Ky1" ` Yz)' 0 < Y1 < Yz < 1, Yz) = (o, elsewherevalid joint probability density function. It has marginal density functions f(Y1) = 3(1 'Y1)?, where 0 4Y: < 1, and fz(yz) 6y2(1 Yz), where 0 < Yz < 1. Find E(Y1) and E(Yz) E(Y,) E(Yz)Find V(Y;) and V(Y2)- VY,) V(Y2)Find E(Y1 3Y2)-
We determined that (6c1 Ky1" ` Yz)' 0 < Y1 < Yz < 1, Yz) = (o, elsewhere valid joint probability density function. It has marginal density functions f(Y1) = 3(1 'Y1)?, where 0 4Y: < 1, and fz(yz) 6y2(1 Yz), where 0 < Yz < 1. Find E(Y1) and E(Yz) E(Y,) E(Yz) Find V(Y;...
5 answers
Oea 8-S08 Jenaagil clmas 52,0 ko jumps nffnebor93.0 ka canua Iat InttiallyM Veant;7,90 M <the rioht nhat E the -perd thc cnorAeenanasubnuabionWaded Uso fower dlots. Uuies J7> Pyious Jdlesta EEl
Oea 8-S08 Jenaa gil clmas 52,0 ko jumps nffnebor 93.0 ka canua Iat Inttially M Veant; 7,90 M < the rioht nhat E the -perd thc cnor Aeenana subnuabion Waded Uso fower dlots. Uuies J7> Pyious Jdles ta EEl...
5 answers
06) (4 Points) Whal the direction of both the induced magnelic field and current gencrated in the ring when the resistance (R) is increasedHon
06) (4 Points) Whal the direction of both the induced magnelic field and current gencrated in the ring when the resistance (R) is increased Hon...
1 answers
40:21ISubrr-isitorry UicdUTZDTESLTJuFIT4Eulrnceleaaen HHE 5 Jin ]noled>7m#tttrztttttetnaODRUn Gt41k*40c0 1noa 10d0jren ALUjatony I *Auaed0 ADa 7 , Iht [u3eutlt ue1ssaaaaOneont'nUurio Uie]ntFomtet -Jano umt Io
40:21 ISubrr-isitorry Uicd UTZDTES LTJuFIT 4Eulr ncele aaen HHE 5 Jin ]noled>7m#tt trztttttetna ODRUn Gt 41k*40c0 1noa 10d0jren ALUjaton y I *Auaed0 ADa 7 , Iht [u3eutlt ue1 ssaaaa Oneont 'nUurio Uie] nt Fomtet - Jano umt Io...
5 answers
Question 174 ptsWhich mechanism proceeds with inversion of confguration?unimolecular substitution (SN1)bimolecular elimination (E2)free-radical halogenationbimolecular substitution (SN2)unimolccular climination (E1)
Question 17 4 pts Which mechanism proceeds with inversion of confguration? unimolecular substitution (SN1) bimolecular elimination (E2) free-radical halogenation bimolecular substitution (SN2) unimolccular climination (E1)...
5 answers
HIf fx) x2 [f(x)]3 10 and f(1) = 2, find f '(1) fk1)
HIf fx) x2 [f(x)]3 10 and f(1) = 2, find f '(1) fk1)...
5 answers
What is the most likely product of the following reaction?NaBH, (exceas)McOHIWhich of the following reagents will best complete the reaction below? LAAIH KhH, NaH LiAIH O-r-Buh; HjoH,o" Fx(ltDIBAH; Ho
What is the most likely product of the following reaction? NaBH, (exceas) McOHI Which of the following reagents will best complete the reaction below? LAAIH KhH, NaH LiAIH O-r-Buh; HjoH,o" Fx(lt DIBAH; Ho...
5 answers
Question 4Not yet answeredMarked out of 2.00Flag questionThe mean temperature in Amman for the month of October is 23 degrees with a standard deviation of 4.2 degrees What is the Z-score for a temperature of 19 degrees?1.43b -0.95-1.43d. 0.71
Question 4 Not yet answered Marked out of 2.00 Flag question The mean temperature in Amman for the month of October is 23 degrees with a standard deviation of 4.2 degrees What is the Z-score for a temperature of 19 degrees? 1.43 b -0.95 -1.43 d. 0.71...
5 answers
Calculator: graphing using YOM your check Then "(€ values_ find f(18) and {( function the * M find +2x UOISINIP { H h DO Use 02
calculator: graphing using YOM your check Then "(€ values_ find f(18) and {( function the * M find +2x UOISINIP { H h DO Use 02...
5 answers
Ino neint eutmatiurtnle Llunnoun Ieung utgenmele [hst tIia InojIn Annani coa} (d auiendDureon 937 coanyante Intertal nawers una cedtalnlroe TInoultnd dclanaPuhls collteeu Mea Eraald Fenne maeaand td $
Ino neint eutmati urtnle Llunn oun Ieung ut genmele [hst tIia InojIn Annani coa} (d auiend Dureon 937 coanyante Intertal nawers una cedtalnlroe T Inoultnd dclana Puhls collteeu Mea Eraald Fenne maeaand td $...
1 answers
Find (to the nearest degree) the three angles of the triangle with the given vertices. $A(1,0,0), \quad B(0,1,0), \quad C(-1,-2,-2)$
Find (to the nearest degree) the three angles of the triangle with the given vertices. $A(1,0,0), \quad B(0,1,0), \quad C(-1,-2,-2)$...
5 answers
You can use excel or MATLAB, but you have to show at least one calculation for each question by hand. Please upload all the original documents.
You can use excel or MATLAB, but you have to show at least one calculation for each question by hand. Please upload all the original documents....
5 answers
Two of the four highlighted elements in Figure P23.1 have cations which form colored compounds with C1 $^{-}$. Which ones? (FIGURE CANNOT COPY)
Two of the four highlighted elements in Figure P23.1 have cations which form colored compounds with C1 $^{-}$. Which ones? (FIGURE CANNOT COPY)...
5 answers
0et Ta lnear operator with TeR? defied as T(x4z)= (~3xtj-? AxtSy - ~6x+6y-2z) Expvess R> as ckrect Jum of uvavict Sebs poce $ unde(
0et Ta lnear operator with TeR? defied as T(x4z)= (~3xtj-? AxtSy - ~6x+6y-2z) Expvess R> as ckrect Jum of uvavict Sebs poce $ unde(...
1 answers
In a single-slit diffraction experiment, what must be the ratio of the slit width to the wavelength if the second diffraction minima are to occur at an angle of $37.0^{\circ}$ from the center of the diffraction pattern on a viewing screen?
In a single-slit diffraction experiment, what must be the ratio of the slit width to the wavelength if the second diffraction minima are to occur at an angle of $37.0^{\circ}$ from the center of the diffraction pattern on a viewing screen?...
5 answers
Integrate using the indicated substitution. (Use for the constant of integration:)e2x, 1 - e= dx; U =1 -
Integrate using the indicated substitution. (Use for the constant of integration:) e2x, 1 - e= dx; U =1 -...

-- 0.020779--