Holanty of Stcy K2CrOu: 125x 10 IOrHal Buret read ing: 35.5ml Final buret reaaing VOlume of Stock Soluton used: mL Molanty of Pinal soluton Absorbance at 440 nm 0.051 Color of Solunon: yowsh-graunish 42.5mL Calcuiate the thorencal molarties of all the Pinal SOIUMONS Using the cXOct masses,volumes and molantiesof the solutons Snowall workand wafch sig fig. Volumetnc ppertcs and voiumetnic Plasks are accurate to 2 decimal places l00.00mL 25.00ml, 10.00mL,etc USing Beers law and the exhinchon coefficents that are provided, caiculate the expenmental alue molartics Prom the absorpance of each solution. The cel path length = 1.Cm Calcviatc tne fperror betveen your theorehcal and cxperimentamolanties Calcula hions for Pequred Aounts" Part AI mmot CUCCH3COO)2 H20 Cu=(03.55 (03.55 C12.01x4 = 48.04 H 008x8 = 8.064 O lox5 80.0 Pequired Amount: Copperl) Acetate m moles/Liters O.125moleslo =0.0125x 199.o5 glmol 2.4910 rea amt. 199. lo5 glmole AIM.v-M2v2 (0.1250)(v)E(0.0s000)25 000) NEIOML reg amt. of UtCH COD, H20 Part Ci miv-m2V2 Part BI: = m, v, m2vz lo.ozxxx)(V)-0.00Cco) (00) V 5mLOf StoCK SOlution (0.25 x10(V)- (8.16 x 10410.a VI-7ML StocK 2CrO4 Part BIL:= m,VMV2 (10V)000)(25.00) V10ML KMNO4

Holanty of Stcy K2CrOu: 125x 10 IOrHal Buret read ing: 35.5ml Final buret reaaing VOlume of Stock Soluton used: mL Molanty of Pinal soluton Absorbance at 440 nm 0.051 Color of Solunon: yowsh-graunish 42.5mL Calcuiate the thorencal molarties of all the Pinal SOIUMONS Using the cXOct masses,volumes and molantiesof the solutons Snowall workand wafch sig fig. Volumetnc ppertcs and voiumetnic Plasks are accurate to 2 decimal places l00.00mL 25.00ml, 10.00mL,etc USing Beers law and the exhinchon coefficents that are provided, caiculate the expenmental alue molartics Prom the absorpance of each solution. The cel path length = 1.Cm Calcviatc tne fperror betveen your theorehcal and cxperimentamolanties Calcula hions for Pequred Aounts" Part AI mmot CUCCH3COO)2 H20 Cu=(03.55 (03.55 C12.01x4 = 48.04 H 008x8 = 8.064 O lox5 80.0 Pequired Amount: Copperl) Acetate m moles/Liters O.125moleslo =0.0125x 199.o5 glmol 2.4910 rea amt. 199. lo5 glmole AIM.v-M2v2 (0.1250)(v)E(0.0s000)25 000) NEIOML reg amt. of UtCH COD, H20 Part Ci miv-m2V2 Part BI: = m, v, m2vz lo.ozxxx)(V)-0.00Cco) (00) V 5mLOf StoCK SOlution (0.25 x10(V)- (8.16 x 10410.a VI-7ML StocK 2CrO4 Part BIL:= m,VMV2 (10V)000)(25.00) V10ML KMNO4

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter16: An Introduction To Infrared Spectrometry

Section: Chapter Questions

Problem 16.13QAP: The first FTIR instruments used three different interferometer systems. Briefly, describe how it has...

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