If I am trying to calculate the unknown Molarity of HCI used in this experiment. We are given that the molarity used is about ~3M HCI. Given : [NaOH]: 1.034 M  initial buet reading : 0.00mL  Volume use of NaOH during Titration: 15.52 mL  Mass of HCI after adding 5.00 mL of HCI: 5.2615g HCI Room Temp: 23.5 C The answer I obtain after doing M1V1= M2V2 is .0032 M which is nowhere close to 3M. Please help

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If I am trying to calculate the unknown Molarity of HCI used in this experiment. We are given that the molarity used is about ~3M HCI.

Given : [NaOH]: 1.034 M 

initial buet reading : 0.00mL 

Volume use of NaOH during Titration: 15.52 mL 

Mass of HCI after adding 5.00 mL of HCI: 5.2615g HCI

Room Temp: 23.5 C

The answer I obtain after doing M1V1= M2V2 is .0032 M which is nowhere close to 3M. Please help 

 

 

 

Table 2: Initial Volumes
Catalyst Reactants
Reactant
Products
Products
Direction
NaOH
of the Rxn
shift
S
use to
reach end
towards
point
equilibrium
Flas
~3M
CH3COOH C2H;OH CH3COOC2H4 H20
HCI
A
5.00
0.00
0.00
0.00
5.00
E toward 15.52mL
R
Transcribed Image Text:Table 2: Initial Volumes Catalyst Reactants Reactant Products Products Direction NaOH of the Rxn shift S use to reach end towards point equilibrium Flas ~3M CH3COOH C2H;OH CH3COOC2H4 H20 HCI A 5.00 0.00 0.00 0.00 5.00 E toward 15.52mL R
Flask A
Initial Buret
OmL
Reading (mL)
Final Buret
15.52mL
Reading (mL)
Volume of
15.52 mL
NaOH used
(mL)
Temperature
°C
23.5°C (room
temp)
Transcribed Image Text:Flask A Initial Buret OmL Reading (mL) Final Buret 15.52mL Reading (mL) Volume of 15.52 mL NaOH used (mL) Temperature °C 23.5°C (room temp)
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