Data & Results: Complete the table. TRIAL 1 TRIAL 2 TRIAL 3 Wt. of vinegar sample Vol. of vinegar sample 8.2000 g 8.1000 g 8.2500 g 10.00 ml 10.00 ml 10.00 ml Titration Data Final Reading 24.30 mL 24.00 mL 24.40 ml Initial Reading 0.00 ml 0.00 mL 0.00 ml Total vol. of NAOH used Ave.Std. Concn. of NaOH, (N) 24.30 mL 24.00 mL 24.40 ml % CH;COOH Ave. % CH;COH

Data & Results: Complete the table. TRIAL 1 TRIAL 2 TRIAL 3 Wt. of vinegar sample Vol. of vinegar sample 8.2000 g 8.1000 g 8.2500 g 10.00 ml 10.00 ml 10.00 ml Titration Data Final Reading 24.30 mL 24.00 mL 24.40 ml Initial Reading 0.00 ml 0.00 mL 0.00 ml Total vol. of NAOH used Ave.Std. Concn. of NaOH, (N) 24.30 mL 24.00 mL 24.40 ml % CH;COOH Ave. % CH;COH

Appl Of Ms Excel In Analytical Chemistry

2nd Edition

ISBN:9781285686691

Author:Crouch

Publisher:Crouch

Chapter3: Statistical Tests With Excel

Section: Chapter Questions

Problem 1P

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Oo.3. Subject ;- Chemistry
3 Bal, (aq)+ 2 Nag POq Caq) 7 BalPO42 + l6 Nal laq • Consider the reaction of 30.0mL of 0.270M Balz with 20.0 mL of 0.3ISM Naz PO4. Lwhat quantity in meles of Balz are preset in the solution? are produced /What quantitg in moles of precipitate E ali Bal were consumed based on the balanced chomical equation? 6) What auantity in males of Na3 Pla aro present in soluction? d) What quantity in moles of precipitate are paduced if all the Naz PO, were cansumed based on the balanced chemi.cal equation? e) which reactant is limisting f What mass (in g) of precipitate is firemed when the limiting reactant is considered?
: Egbabl Qe A Solution is Prefared Tby dissdlving 6g AgNoz ina 250-ml Volumetric Hask and diliting the molaurity of the Silver nityate Solution How to Volume. alculute Many millimoles Ag No3. Were dissalved7 twt Ag Noz 169-9Hat
Data Mass of unknown metal Cark te ?l.005g Volume of uniknown solotion CmL) Volume of HCI added Inital burct readinglmL) Final buret reading (mL) 20.00ML (mL) 15.00mL 20.SSmL 30.90ML Volume Na OH delivered (m L) Concentration of HCI: O.1708M Concentrahon of NaOH: O.1000M * Pipetted 10.35mL 20.00mL Of solution prepared in 250.0 mL volumetric flask Questions', 1. Calalate the number of moles of Na OH used for back titration? 2. Calculate the number of moles moles of metal carbonate present in 20.00mL portion of the metal Carborate soltion? 3. Calculate molar masS of 3.Calculate in knon metal carbongte
B. Determination of Total Acid Content in Commercial Vinegar Sample Brand of Sample: Trial 1 Trial 2 Trial 3 Volume of sample 10.00 mL Final reading - standard NaOH solution 25.63 mL Initial reading - standard NaOH 0.08 mL solution Volume consumed - standard 25.55 mL NaOH solution 0.3059 M Molarity of standard NaOH solution Total Acidity in Sample 4.69% Mean Total Acidity in Sample 4.69% BALANCED CHEMICAL EQUATION/S INVOLVED: COMPUTATIONS:
iew oard F2 History 25 Bookmarks Aktiv Che X O8 https://app.101edu.co # 3 FEB 22 Tools ******* 20 F3 o Mail - Thom P Parchment 4 Window Write the balanced COMPLETE ionic equation for the reaction when AgNO3 and KCI are mixed in aqueous solution. If no reaction occurs, simply write only NR. Be sure to include the proper phases for all species within the reaction. 1 + 04- 2 NO O Reset 999 000 F4 Help 0₂ 000 % 5 TW6D2PHI.pdf Unofficial Transi 3 4 5 F5 Question 9 of 40 03 04 05 N NR ^ 0 6 F6 6 : 6 MacBook Air 0 = (s) 7 06 07 & 7 2+ K UAFS Regist Graduation Appl CIO li i N F7 3+ 8 9 0 08 09 口。 x H₂O (1) (g) (aq) * CO 4+ 8 e FB CI (IC) IC My.UAFS - S Ag Delete tv w Ⓒ ( 9 F9 ☎ с M Inbox (2) - 0 ☆ F10
73 Al ihe school ey decided to adt sodum carbonae (NaCOJ tohe sampled wster in the school tankin order to restore he sttavalue close to The balanced equartion for the reaction is Na,Co.e) + 2HC (ag - 2Nac (ag • H0()• co; (al 731 Calcuate the mass of sodum cartonate (Na,CO.) required to neutralize each 1 dm' of the sample water 732 Ater the neutralization. the water tasted saty. Give a reason for the saly taste of the water Refer to the equation above.
Determinati an 25 ml by dissolving 110n (111) per 1 This (as ml 750ml experiment Solution The to of was The a and process Q on added The portion layer taken 1 volumetric diluted Litre Colution Two These of in diluted ml soo 1% ETA of Question A. reaction an Solution 0₁ 446 9 of A. R. hydrated sulphate, (NH4) Fe (504) ₂ · 12H₂0 2 of distilled then of wertel) 0,0446 g/L of lion Absorbance was 250 ml in to ·layers frask was Is 2. 3. Was Chlore form and were 5 ml, 10 ml, 15 ml por tions 4. Iron • iron (111) four oxine it mixture the done. (111) seperatory conducted Volume SMT as 10 ml 15 ml 20 ml Plo + absorbance formed readings a (A.R) Jayer measured the por tions Solution was Water diluted out 20 ml were then Each of these mark against funnel as was after with for 8- ity droxy quinolate. follows. to iron (111) solution was prepared of then Calibration was ) 10 obtain collected. ammonium F. W-481,979 then these Absorbance 0,076 0,169 9185 0₁234. Shook. the shaking added portions…
Average No. of moles of KMNO4 No. of moles of H20 = 1.07 x 10 mol = 2.675 x 10 mol %3D Conc. of H202 = 0.0535 M %3D % of H2O2
K/sll.l 9:06 hw.pdf > Hw () Detevmine the melarity f e-ch of the foiloming W 1.5 mol kcl in l.SLof Salutn o.5 gm f Hz Sou inIL soo mL : sdusio- 20 gm of AI( No3), in 2.25 kg of Cusoy in l.45 Lot solution O o.006 mol. of Br, in lomL of sole O. v0075 gm of C Hs Noz in 1.usmL of solution Hint. The atomic numbers usedin the above Problem ave O= 16 Cu: 29 Br: 35 K= 19 S: 16 Al: 13 N = 7