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6. Using the literature accepted K value where needed, calculate the expected pH of the titra (a) initially, before any NaOH(
Chemistry 1051 Laboratory Experiment (e when 45.00 mL of NaOH(aq) has been added (3 marks) (d) at the equivalence point (5 ma
What was the approximate pH at which the indicator changed color. Was the color change sharp or gradual? (1 mark) 2. Was the
ICE U BENUH (ml) 11,1 4.43 de ew 25 LABORATORY REPORT RAW DATA AND OBSERVATIONS Table 1: Titration of acetic acid with 0.1182
CALCULATIONS Calculate the required volume of NaOH needed to reach the equivalence point. (3 marks) point = 25.0ML 0.1030000/
Titration of 0.1030 mol/L Acetic Acid with 0.1188 mol/L NaOH y 0.29x2.84 R 0.81 10 15 Volume NaOH added (ml)
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Answer #1

here is the answer of first 4 questions(5/a,b,c,d)

Given, Acetic Acid NaoH Cacid = 0.1030 MOLL = 0.1030(M) MaoH = 0·1188 mol24 = 0.1188(M) Vacid = 25.0mL b. a) Initially beforeb Foro making easy So When 18.00mL of NaOH(aq) has been added, making easy in cale uletim we have to take Sume concentration,e When 45.00 mL of NaoH (ay) has been added CH3 coolt 25ml 0 1030M Maol 45 mL CH₂ coolat H₂O + UnReared 0.1188 M = 51-902m. 2At equivalore boirt Cl₂cool + Maou chcuona + H₂b. - At equielonce point, 26 mL we need, 25 m 0.1030M Moolh. 25m2 0.1030M 0-10

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