2 25L T 353k P 2575mm Hg 3.388 12

T 253K P L 359hm

combined gas law

13Iz

3.38804 71254 Ct35atm353 K f 253 K

0.239954525 MTI 0.00533596897022

O 005335968faff0.0051335968

I44.96 L Vz

Uz 45L

3 V 285mL T 355K 13 1.88 atm

435mL c P 2.50 ahn

PU PZVI c combinedTz gas Law

0

Ck m

Tz1.509295775 atmk

m 1087 se atmz

Tz 1.50929 5775 atYIY 1087 sn

atml50929S 77s9tm I 509295775 atyt

Tz 720.5347143 KTz 721 K

y

hcmoies.fm aYsmas13LP 4.58 atm

T 385 K

n

ideal gas law DV hRT

4.58 atm CBL h O 08206 ENTITY 385K

59.54 X attn h C 31.5931 tmaYJT593 am T3 3

1 884588 Mol he

88 I 8

molar mass NOz

N 14.01 1O 16 2

46.01 91m01

1 884588mHz46.01 g NOz

M 02

m I 86.70992715g NOzm 86.7g

5 m 0.334g unknown halogen109mL 0.109L

T 398k Find n c Have massT10 1 41 at

identityigueatmmagyFind halogens

PV NRTCI.lt atm7CO.l094 hCO.O82O6L a tm

moi K398k

h 0.004705774 mo

moles X molar mass mass

mot l Cg

0.004705774 0.334gMol

0.334gmolar mass0.004705774 mo

molar mass 70.9766

to 97661Ebzecga.usyegdiatomicTIl

35.4591mo16V of H2S1 375 K

p 1.20 atm

needed to make 55g of S

Z Hz S t 502 3 S t 2 H2O

55g

55951 throttles 1.14368891732.06g 3 5 mot H2S

PV HRT

1.20am v 1.1436 49,170.08206744137514

V 29.32847267L

29.3L

7 VFz 12.9L

7 298 k PV HRT

10 2.60 atmh

Find molecules of XeFG

Xe t 3Fz Xe FG

molecules ofg moles Ch molesch

XeF6 of XeFG of Fz

PUEHERT I

2.6004mV 12.9L h Fz CO 08206 oYTk 298k

h Fz I 371561486 Mol Fz

1 3715614866.022 1023 molesm.fi eFt

moixeFo3hro1Fz2 753 I 8109 1023 molecules

8 M Fesz 96.7g

Oz 55 L

T 398k J distracting info

p I 20 at in

Find V of 502 ATS TP

Motorof so h 502 h Fesz y

mass

In Fe Sz

4 Fes z t Il 02 2 Fe203 t 8 502

96 7gFeSz I motte 8hr01 502119.99 FFe F s

I 611800983 m i 5oz

BE EtSTP STP

latin l VSOz I 611800983MOI sq

0.082067,1127314

So Li 36 10817811 L

9 M k coz 21.89 product actual

m ko z 27.99 reactantscoz 29 O b Cdt STP

mm KO 2 71 1091hr01

mm Kuo 3 138.21 91hr01

4 2 Coz 7 2 Kz coz t 302

O42f Ind theoretical percent yield

27.9 ImgolkO2_ 0.392405063

71 101 Mol KOZ

29.0K U2 1 Mol COI1.294642857

22.4 K mot CO2

0.3924050632hr01 14203

iC R

1 294642857 2 hot Kuw3to 1.2946428572mHz MY

kzcogd

196202532WIC38 USIhrolK2C0T

27.117151959

y actual 21.8gtheoretical Hoo27.117151959

80.39180.41

5 groups107T shaped z LPs

B

90

B A4120

o

lB

117 lotItC N Il H

Kil c BhtAH H

1 3 groups OCP trigonal planar

2 4 groups 1047 tetrahedral

3 4 groups ILP trigonalpyramidal

12 Seong Seol Se Fa

se 6 1Se 6 1 Se b't

f 7x2O 6 2 g 7 6 tt Tyg Zoe

18 e7 7

cl O o OI I v 4

Ste o i F Se FO Se f 6 6 oi e c c El y 7 Z tG 6 G 5 b 7 u

q CI b 6

bentbent

120 octahedral c 109 5

9090

a 109.5 al20

Sello s Seh e se Oz

13Nz0 Ncb

N 5X2O 6 N 5 116Cli7x3LlNEA8O LGe55

a ao ON N O c't N Clo

fi

c O

I ti O 7 7

I N I trigonal

nEnt MjY

II N T

NO IN lO 6

o l 17 1 18 e

I bent

G 6 5 5 6 7 120

180 120 7 109.5

Nz0 3 NO z 7 NCI

161 OFzO O 0

am I EFZoe 7 7 f b

4 total groups sp3

HI SFGif

if FS 6 1 n I sF a 7 6 OS E 6 6

of I48 e

pi E

7 7

6 groups sp3d2

181 Braz Br 7xlCl7X3Z8e

c4350 It g groups sp3dI

i.cibent 3,1407

22 502 120

5.6 1 0 5 0 f s Xi

f I gO 6 2 O U i

C12018e

is CazFz polar or nonpolar

iii I tetrahedral 1095

c E F

II IC l Fc 1 K

CI CI

TanIMF

23 IMF'sfitdisulfide linkages

strongest ion dipole

fiVan der Waals udon

dispersion forces CLDFD

weakestahhh EVERYTHING

covalentO bond Sharing of e

I dH H INTRA molecular

µ bondf

g gt

O H O H iii Hl I 1H ft H gte

H

ft

H bonds four btwn 14850,1H2S

g g ti f St f g t

s H S H S H

l I Iti H Hgt St St

dipole dipole IMF

NOT H bond CH bonds onlyfrom btwn the Floor

ion dipole1

St 8 NatH f

aHg t