Okan of conseriation, of Mass c Lavoisto) Matter can meithen be oath» nex be dumoycd — In acchemfeak sx.” fotok mas Hemams consuved . ass bepoee 1x. = (Moss of te Aa? a= 1 z eg Mey ty Oey > HO Exception - Nacleox Reactions 4) ratio BI Aussac Law. . Gases combine ma xeaction by simple Volume. Peas, Lernpenamurce= Constar- 169-2 3H, N; =. D Lisniog dette pmonpoton [~ Shep They eg } Proust) 3mel | mot mol S pu chemical compounds have BVol 1 Vat ‘2Vek- constant nalio. by luighe tndcpendent) asf op Volume = thei source (Cape Cotbmat | You | “Tecutos) Nodunal, Sarnple | 9-35 135, ho, | -C 9.74 | 38-9) TT# | 38-4) H,0> Sea, Ocean, Ro, Rain Water E | jor. ox mexe_prodich, mass af element whieh lies with sonath othe aste Pn’ simple Katto. eas Htoy cre c wo to CO Co att aged auieed sag faye | 16332 6 7323 [32 M7 eg? Pte) 40s 9) > PHD rg for ages —> mot es 100mL fork Ratio of Velurne 222422. l00mL FNogadxo haw. (0) : od pHESSUE = Dey re. at Same tempenatuxe an? PACA mrad ato EB Carew POH) sequal Volume of gas contains equal nach. molecules and not ators —f= gp x10 Ky / i Ee oft ate c Maps. Open Latm in fects iom (Ar = RAI X Jaro) O)oera ate oop J LG mMass of 6:02 K10 "tom 6X mats | | of 1 mmole atem or molen meds RAM nn 16 Amano pen—» 36 oom Gam— ong" bara 500% © 16 X 1:66 X10 %'6. 02 XIO™ 216 gen 9 Oppre (tate Atoric_[a4s) z Tun bX of, NU onl 05, RAPT = moss of er a? of ernere | HS ; a C-I2 = ee © Arwexage fltemic Wass | Tapes 1 CI Tsotepet axe £n ) ern Avg. Atom ie mass= ae 88 where, Ay,d1, 03 ate cmMesS- mm \amm + “48arou Seem gbamu 8am Hy, HejXg—> ef oppisotoper Que) Ghiesine hos.15%0 ay and 25% CL? Coltutark®) av: 2 akornne Pas Sol Avg. atamit mass = are Poet, = 95116425%31.. loo = 36.5 arma gud Type-2 CI Botops oxe in :jpoction)® aw, ae mess = OF, +0, Hash os, tontn Que) 720.15, 0.25 fot > Avg. mass= 35X0-15 $25%37 = BgG amu pry) Moleculox Man. Sur of adonme ness of clerments pst ena molecute- 6'Jo bo‘! 3°o TLGi GREE REREOEWUNS F4R Joo ang. mats = 2gu& = 29.48 loo sry. (iete' 1 mete= 6.0210" = Ny L-mole atom + 602% 1072atom 4 mole rolecule= 6.0A%)0,” melee Imole:tan = 6.02 X10" tort Que) Caleatok number of ators, ie moecules 17 1 Sol. molest 1N,— 2atms. 1 mol Ne—> Amel atom. Challe aielacs 28 2 eee” 1 mal aren? ies c rs qh Xp) ater? 14 mele No molecule - Ey mote? Na molecute - Gus) Caleulak 10.04 abet aie Bath eh: B ne 5 Paeee U2 35.597 eis orkins 2a Sok ake Sop = OsOl wet 1 Bale 2 Cliatom 1mot Ba — 2 mal Cl gto 0.0] met Balle 0-02 mot Later 0.02 Np. \|L melo; 3 mot ate chloréne| a) Calculate No of atoms, roleusbes | in 1.2 gr Ozort Soll me bd 1. mets Eg AD 10; ators. aie ap mot 7 Zs mal atom > 3.Ne vy 4o — 1 mol Os — 1 mot molecule Que) Caleudate anass Ci Amoltateot Yio Ln gear our— 18% 1-6 X10 24 TO q Gus) No: of; Sol 1120.05 —~0.002 16 ij 1met,0— 3 mol atom 0. 002.meb— 0-006 .Nas , rads Yo op an rradsep,thak clement element ~~ §n 1"mele com, ound \ 100 Molar nods. wanpl — GHeO > nats 4 ee oles L panes ‘Jo ofH By CE x18)? ee are amass T° of H 2 (RoR PAWIEY: > ms ‘fe oho 2 ce K100)'Jo= 4g177a Moféastax fesrmala. Fexrnuta having actual ne. of ators - tra molecule PR Lrmptatcat gore | pleat whole 70- nadto of aterts eh ofl (PE= EEX) 7 ME mass te EF mats | C4 GH 05 > Moleculor Formula MS CHO — Empincicad Foxrmula a Ne + 3¥2 —7QNHs Imel 3mel Qmet Byers 34g | Saag POHL axaak — LKRIYL Im L-Vep ate 3 20t Quit Irmo lecute Bmualecude Qrndlecate Save lke Low —? No.of molecufe= Mo. of Val= no. of mat Mass- Mass Relation Mass- Vol Relation Vol- Val Relation ; |G Balanced Reaction (al0s + QHCL —+Catl + H0 + Cong . 4, ImeL tmel— Im tmst Qrek lilgr Kg Alig oat “ —— bemeR a | us) Whak gran off gt 48 fororadl Que) Reedy line § Bengerce Efe CH. |by meactior of, 5-B5q Mack a7 oreen IP) Moleculax mass? 26 and 76 oy Agog : ¢ | y eine 585 2 ort } got EF= CH 5e5 EF ynass= 13 Nath +A Nos —> Ag ch + NaNog Ficety lene Bergene 58597 ? r = Q6 e eles |mnot Nate ——> 1 rok ie De ee ia epee ae ne PrF= Coe mr =C6He Co-1*143.5 Jao 2 14.35. Que) C— 40. 681%, 175.0857, See O- 5Y.228% Que) Tn a xn 10grn He cack with Ne, Moleailen we iS 1M =P Viplthad u8tt be Nobuane of fils at 377 | Set" fe | De] Zotwe Stomplae | Bol? Ne + 3H2—>QN1Hs [yee 92s Aah reas I) Se ia loa 7 |" fe eRies.065 [ate |g 10 Bey ok Hs —7Q mol NH moe A50 25 Imol He 2 nal NH 16 5 mot erat Ns A ee, 2g) see ret Que) AE 1000, fox comple combustion + |~ 112 Litrhe butane C4H1o) The produc Volume H.0¢9) and COs ta) of STP utd be? » Sol. 2 ii 2 moat 22.4 ao| GH +B 20 z t 6 Jmol. ————_> Yet 5 mol 1165 mol Ainge 5: LR. 1185 co ok a msi comsure: A+ even |Omel q ie Leeeee! fe] Saleen Nazcos te | & Rand)L (E524) G Batenced Reaction The neactant eonieh fs Ce Find sore of (Oz ges produced at Na,(0,+2H—2Na + Cor + ta Emot_ Amel Bs 1 a 0: —> 400, +54s0 mote > Oxo? Sox? Brot Hr SS ot NYS Imet Hr Tie mol NHs 000 mot Hr ——> 10090. mot NH3 I ie: (2828 K 17) +56. ae Shee Solute + Solvent) OPrass % Ez Rb LR Stoichiom HE @ Male pradion fa Keaton BB Sata 1 30: lomok 10 eB jane aria ee Ternpinat Que). ae Naz CO, 4 rcackd with | pac “g see lent (ED) 4 mole Solution HL—2nlatt + (Or +H20 ae EE Solukk _ aS X& 100 ¢ LR 2 m Cleat cerca ) mol HL? mak CO- Mok cm). 4 Hou 2 mot CO. [I= 710. of moler of Solute ie (2%29.4) Litre Volume of Sol.” (ute) sad |1> Welaht of Sale ___— eee ee | sol rp XV of Sole (ath) oe Tenby LR in xeachorl 1 te oe ox males (1) ans cay + Molasitey of Sof ene a Ona Sa) 50K 1OK3amixirna tw Selutien of Same Substance PAY, + Na = Ma CVit Ve) (Pq = FIN, +P Ve Vit @DMotosity 7 ality ) mM = No.of mols Solute mas of solvent inks Unit = mot) ky = metal Cm) Dersfty— Open Lay and Solids — Absolute olensity-- mau Dh | Relative density [Spechie grant ey *denstty op substaee » < lens Pty. of ab a£4C) ~@) Opergose— Rosales iret esSULE ezz = coy mol.wet - re Scamp) © acral @Raasve De Denstty] oe wt x Density Necpeutt density dae hus Mapa" yD. SLAYER®|,