¡Descarga Química resumen de modelos y ejercicios de peso atómico y molecular. y más Resúmenes en PDF de Química Inorgánica solo en Docsity!
Bay ole PYrincip o) Chemistry P.O.r.t.f.0.1.1.0 UNIT 1 Siwdent: Jenmter Reynaga Cabvr eva = Robotics B= sarentuic method WYOBSCNURADA me 1SR robot doesrt res ponds in the Same way and speed between the mena womén VOICE. Uvesron: Why does” my vobo + respond to women and mens with +he some sperd when JivVINQ Ah 1iNnSst+trocrioh SIB we inveshqated m 3ht hbray y abouF Fhe ervo vs UESEAYCAR 04 +he Moho PS 4 hat dont vespond Corvec Fly FO Anc Instructions, a serch was made T0nm0t martthe samt pyeviouS mIStaKres. CNANPOXMESISI The sensór 0t the ISR robos hasa g vente y yespons € +0 m9h=prycheg as tre volce 0t wOmen ,msteo d Ot he men who nave low-pitched voce. Wy out wiih Zman end Zwomen mtevact srth the ISR-roboF Yivin 40 aim +he same 1m structr0mS LO mea VV€ thespeed 0 vesponse ot +he ¡SR - vo bot tor each «imdot voce. "CADA analisis The vesulds 04 + he experiment weY e that thelB-voboF vesponds move +ast+ +0 +ae women and in +he case of the men the vobot vesponsea only one ond tarea move FHime. UF) INLOI Ya 1towos observed Yhoy ISR vobu TF respond more eftecrtive ana fos + +0 +he voce of a womeh /Ina Comparison +0 Fheho0f may, Tms vahdare 0UuYr hypothesiS ¡vecavs € con g1veus a expleonaryrion about vo hy is-R Yo bot doesht respon q with the samt specol. BRISA A vepory woS made with tn de Haled vesuls amd the comtrmation ot 3he hypothest. To give 1r do the comronY and they con ix the tarlure of the robot. Scanned by CamScanner ZEbl SUD ay MAN SNASOM SAR M punoy SAM MIMO MO 03M pa rom) un UO10Ad O 04 $50 ¡oka - MOMO DUA 7 PUNSSovA y1 040 M4 5 O od 9 1M0499 05 103 any lo E] mamarnso> u y o Hino - HOJOAD 040 9504 2 emba AAODU S SOM A noo SADADDU > 9 BAD VOD AD9 13 Qu apa SMDAEOSN MADQDU + SM O) OJITAD SM Ya mora qe 001 mom DP! Mk a3noM Ub» 23M S lun / pra SA23uAQU MOuoo MA MEA Palou ap SM OJoaa ul ¿RODILLAS yo posa! ganomgo guapo P > Jor5 SR LO0MGA0 1010 Paol> UDALDILI 1 4D ui puynor+ 99 uU 012 |arqro > mi mor yaa ia, 9» pur O+ [NT 00d a + pury 10) Suero 0593 pos 44 apor on ¡Uy (D Y 0) D S ?lbl Vapom AxoJ9U 01d "Sis u = UDMAAD2 IS 30 199404 913 12034ds p qom MOJO Aran] SHAQAD ASZNMNODMAD MEDI A MY 39 22 1S 23M Uo0 SMD4a IAS UY OA IAS oyo bras adi ¡CIS puo> 213 paxy 30 SANA LO ut SAO SU OA AOS 1S SM+ Y M4 pos 24: 9A319NM 24 PUNO, SIMA JO 319043 3 MOM Mo) SUYA AS MOM MINAS . man anmpsos 13 s Map ETS BS RAM 4 50m moro qt papOo12mo) Du v os + Pao) ina hiesa, AA] O dto Pray 2 19m 2 voy ay, US NOME quan ES INMI o 150 110y prob pros aan SANQUO PdzAY MA MODALIDAD SSA aA> 2Mkisog » Sou sMajo00a 3IM1> SuomMn a eos TON 04 o Cn Ai A ts eo GA os Ma 4 Si (9u3 pros ¿49 e EN] oa 4 Paranoia 85 A i AMPpou) AIDULPOAYIS Au 0Q a U3 ra ol IA $51 P 403194 y CA MENE! EIA | 9b1- 4331 MENS ESO 1E8T UM JIWMLL POUM NALUOLY Scanned by CamScanner FIMOYOAMFIMONE Acid MOE E O aa .< DAN S32)
Ss. Z1WMC iso10p e %. GLbundanc e mass 5% Zn 63 929] 4 18.63 + Zn ¿5.9260 4 21-90 = “ln oq % 110 = 62 2n (ag 18 75= Sn cq 483 %»X 062= portion Ovevage 132.333 Qq6 - 0346 137 2.6834 1919 1573174 2700. 212) 1339 6917 3232. 1918 63 1262 1241-1507 X con = n2.41 aru 4 portion ecuevegé 6159 16 3351 s 534 5049 x(.0D= 55.248 Amu Porron ave vag 310% .2 +21 1339. 335% 2319 011 12173 .SsQ 43.3536 6.539.557? xC(.01)= 65-39 Am Scanned by CamScanner 6. Oxygen moss Por+10N Average 1sodoOpe 1 COUNAAGNC Le MIO) vs. q0q99 4 49.757 2 1595 £032 ve) 16 9991 Xx -038 = 6159 12 205 2 3.6393 _ O 1.9991 x 2 1599 .0389 x(.01)- L.Syleh 16-99 cm 4 ÓN “Y 210 abundance moss por t1i0N OVeroge 9 31:-9420— x 9t.93 - 3035.1019 5 32.91% Xx" -+6 2 28.05S82 345 33 96798 * 4.29 = 145 ?212 ses 35. 9670 A 02 = . 3193 3206 6012 Xx C.01)= 3 -Ruthenium 32,06 amu 4% 13SDiBRE e abundince mass Por Hon average | 03.005 Xx $5.84 + 53].3278 avr 0052 Xx 137 = 1823 .03827 a, as. q6sqx 121 s me? esas 100 Ry 9.0092 x 1260= 1153: "00 DURO 10 20ss 4 1.06= 1921.4478 AN Ñ pr 0043 X 31:58= 3215.08 06 D2R1 1014. Só e Y ope Xx 18:62- 1934 3185 Pera 1034 10107 63 XGO% = 101.OT amu y Scanned by CamScanner MOle cular mass exce yC1ses 4 Cuz (PO 4)2 Eupvi € phosphat” ¡UE 6 3.546 8/mol x3 = 190 633 9)raol 3] rol P 2(30.934 9/mol1 x 1)= 61 18 y O4 2018909 Stmotx 4)= 127-042 NN 3'80- $73 2/moly 2. K MnOa Potbass un Moanganar e (V11) K- 230.002 9lmol x 1 = 39.098 SIimol Min 54 932 9/mol Xx] = sa 933 9/mol Da 15.999 Q/mol 4 = 63.9% 5/mol - 153.027 3/ro0l 3. Sn (SOs+)d2 Tin Sulfare (> SY ES 319/mol X q = TEEN! 3)mol 0 21.06 Sox) = (4.12 alo! Da 2015909 9/ma 14) = 129 MU 310.822 %/m0l 4. H 3 POS Phosphoric cocida Y 3 2 7 9Imol Ha 1.008 Mmor 4 372 O P 20 M4 8)mo] x 1 = 30.971 AAN mM Oa 15.999 Slmol x 4 7 (300 93. 294 9mol 5. N Ha HCO3 AMMONVIN. hydrogen covbonate N 14.007 9 mo! x 1 219.007 2/mdl Ha 1.008 5lmo0 *4 4.037 Ilmo) A 1.003 Slmor X 17 (. 008 mol 2.01 >mol Co 1.01 9Imol x 1 q4 00% lol Or VS - 299 almo!l X 3 2 147 +9 .058_9/mol 4 Scanned by CamScanner | . 6. Sy CACA Sihrotiura Perchlorart e Sy 329.62 %wmol x| = 37.02 mol Cl 2 (35.45 mol y 1)= 20.9 al O, 215.999 Mmol x 4)= 127-992 Mmo 286.512 Um FFO2(cr01)3 Fervic Chvomare A Fez ss 245 %ol xl = 1M1.-CG mol CY 3(51.996 MYmo x= 158. 933 9 mol O< 3(15.409 Sw 4 4 1 = 19 1 938 %wmol 489.666 mol de 8 Catl0Htd Colewm hyarox tae 40.073 51 mol e EL OS 21.092 %mol 1 03 Slap Xx1)= 2.01£ 9 mol $ 1.092, lol Je 9. KkHSO0.-sm.o Potessivm bis ulfabe 3 29/mol K 22.09% 9/mol= 29 09%* 2 008 alle ¿206 arma S 32.06 Omol= 322% Os c15. 09ax9)= £% 246 310) E 03 91 /mol tí.008 x 29] 19: Sr Is -999 ) >9 _Qq45 aY [mo 226 .23+ 9 Imol 10. YO, VYraniw + ERE, Y 2338-03 *mol x 1133.03 9/mol Scanned by CamScanner G- How many moles ase perbromaT€ does exmsts im 52 moles at CalBy Os) l mol de CoCBr0Da)z — 2 wmoles of (BrO.) o 104 moles ot CBEv0s) eve m SS mole ! 52 moles de CoCBr0a) 1 104 moles ot pevbro mare OA CIA F- Mw mony móles ot sodiwm does ex154 1h s2 gram3 ot War S 7 ?Yar V ra ol Nas S — 73 9Y x — 3231 26666 mole Un S29Y y No2S — Zwoles ot Na 4.3332 motes ot Na | mo AS Mad — 3.— How mony molts of oxyjen does exstin 20 3rams ot Fe O —>M 3% lmol de Fe20z — Ibor 153822 mol. —— 23 91 ot F<103 3 molt€5 ot 0) Vol de Fc20D3 ¿15311 mol of — «4746 mols ot .e203 '0) Scanned by CamScanner 4 How many moles ot oxygen docs exigrin 28 M0IES O E Te 2 Og3 l mor oÉ Fe205 3 mo les oÚ0xyg e) 29 malesot fe da. __— 7S8wolés Cil ot presents m %5r3 de Fe (H8O03)2 FecHsOz 22 A VPFS YI mol QA ss 9900 a Q TS 93Y Unaol Fe ($903) > -—— 43.88229 motes ot E (HSO3) n 2. Srg (5502) 2. = 43.519 2- 87 14 bisultite m 9.8 ug of Fe(BS 03 )2 / a NO) Y of (HS03 12 = 102-132 /m0] 162.139 —— 2 mol 4S0z, F0£6 0959 e +-1653 7066.988g of .bisut, Le m 95009 of Fe(H SI) LAA NADAR ALIADO MEAN DATA ARS AS Scanned by CamScanner S 7 huw mány q FDMS Of sOdIUM 42 ye ayYyt 53gr Le Ma, S, Nar 50, = 14 gr. l mol de Na150g —-1129r -23 Lómolide ——3Z3av Noz50a 1323 mo1 de M2509 XxX 2 moles ot Na .1cg3 mol of Na 164 TF molOtNA X 6.02 x10* aromas 2 2.H98X10B atoms ot No in 353 r of NazSOa 67 3. 32 110% atom s ot Cars how mony q rems corresponding ? 23 A 0ó ss 14950 LA A : ¿024 107% _—— Jomotde Ca, orOoms ot : É a 3006 55114980 males ot Ca A OS Lomo! ot Ca __——40ar s3 119950 moles ot Ca Scanned by CamScanner $726.23 X10 aroms ot phosphoros, how many q Y2m5 covvesponding ? | mol ot P— c.02Xx10% 103. 438 mol os PO CABO Vomol ol E 3lor 103. 432 molok Y. > 3203. 123 gr | 8-7 Whois 4he amount 0t atoms presents 19 LAS k9 0f F luovide. JA l mol ot T — 19 gr . 65-73 mwlotF _ 12508vY 1.1SE9 1000 ST _ 1250 23 9 lmol ok FE — £.02 X10 oioms (S. 48 m0ol ) See Ss. a6 xl tome a . 7 e 6.022 410 atoms o+ boevy llum, hp w many groms represents ? 6.072 410" — l mol ot Be ) Be — 9.012 ar of deryllum J/ //| Scanned by CamScanner 
