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1B-Quiz-3-key - Name Ki Lt Quiz 3 Equilibrium 1 0.100 mol...

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Unformatted text preview: Name Ki Lt Quiz 3_ - Equilibrium 1) 0.100 mol of A and 0.100 mol of B are placed in an evacuated 5.00 L flask and the temperature raised to 275 K: 2A+B r—“2C+2D Kp=1.80x10-2 (at275K) L—M: I a) What is KC for this reaction at 275 K? I - l... t -z _ -11 Kc- w K? ::> Kt. (fiance, 2755 (Leena ‘)- 7,43,;(10 b) What is the total pressure in the flask once equilibrium is established? F = P t o a q S I den R B 7‘“ -\‘ Es E—‘i‘ ’7. C t 7CD (ow m?) +(o-HSI—x) Fe (mm + (a ma 3 "l 1 1 K:- S m 22> 0.6180 =. (“312") r 14, X” (PA-1930 (0.49-2sz (msvk) (oHflqJBléhHfl fix) \ SOCLESSIUE neezoxmnnows ls V we eases: WM TO 551' x «LI 1 "a Q9 . OtStflLOMH—x} (oMSl - 2x3 K \b TZ—‘f 6.51‘ i 0.01930 (m 6. oars-7 2 0.0%“? 0.0710 3 0.0720 0307“ 5 q o. 0750 0.0 79': s- o. 0770 0.01% In 0. 01%! 0.0777 6) 7 o o 77 7 O . 0 776 (9.077% 0.0779 Ire-““5““?- TEST THE; X EH: Pur'nuo- lT' thTO K? '- (x: 0-0778) 2 '2 Q)! = CASE K = J19 cm \ (Oqu-"2¥) 7—0;.le —x) O quf " Z V -'-' O. 7515" x .. '2. '2... €3.le .15 K?”-—£————>_&_i)_ ': 0.0!“3'2. Sweet! (oz-usyman) form. HamsUme -. ,3 Pk : OIZQSL‘EM PT”? : Par)r kGfPLJ‘Pu P3 = 0.2123wa ?TOT : OI2‘5LLM+O.3?BL£M 4 2(Ollgbai-M3 PL: 'PD = O-ISB L'E-W'] PTO'I‘ :- Oufi$0 I-‘EM 2) 0.100 mol of A is placed in an evacuated 5.00 L vessel at 725 IQ 2A: B + c KC=0.109 (at725 K) a) What is Kp for this reaction at 725 K? KP = K; = 0.10% b) If the gas is compressed to 250 L, what will the total pressure be in the vessel once equilibrium is established? SHE!“ RT ’2.'SOL .. MO gear: To use S‘.oc3L. Sign: a. 38¢;‘Em Q“ g + C I (2.38 ~2x§ (at-x3 r (oh?) '1. {2101 x KL? :5? .mq .-.- X :Q ou'O‘K .. 7— o l H in} (REES—21¢): (2.3.34.0 P791": ?n -+ PR 1- ?c Pm : (2.33am — 2(o.q11_;“))+ (oAthQ +(o.q7 3.3m} pTOT : 21.38 «km e———-M0~m.€, u= m =0! Maori—I tog-s NOT (me! 3) Consider the following reaction: CaC03(s) —> CaO(5)+ (:02 (g) KP = 1.9:: 10-23 aw: 179 k] a) What will happen if 5.00 g of CaC03(s) and 5.00 g of Ca0(s) are placed in an evacuated 5.00 L flask and the pressure of C02(g) brought to 1.00 atm? #23 aim NIL-L- 5H!” wfi‘f LEFT SHOCE. Loobem I: ‘>>‘7 Lento _—-~ I b) What will happen to the mole fraction of C02 at equilibrium if the temperature is doubled? Eu‘DoTuemL' $0 MLE magneto oF‘ C02. aunt. (QLZEHE'E , (BOT VIII—L arm. (at amm-r SMALLx 4) Using the following information: 1 3N2(g) + 02(g) a N02(g) Noc1(g)+%02(g) a N02Cl(g) N02(g)+%C12(g} a N02Citg) What is KP for the following reaction? 02%) + NZCS) + 02(3) —’ 2le3) 9. ”Oz. «— CAL—a WOO-LU 1.0):10—9 1.1 x 102 0.3 ...
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