Sl
No.
|
Name of Solution
|
Factor
|
Batch Number
|
Molarity/
Normality
|
1
|
1 M Hydrochloric acid
|
|
|
|
2
|
0.1 M Hydrochloric acid
|
|
|
|
3
|
1 M Sodium Hydroxide
|
|
|
|
4
|
0.1 M Sodium Hydroxide
|
|
|
|
5
|
0.02 M Potassium permanganate
|
|
|
|
6
|
0.1 M E.D.T.A
|
|
|
|
7
|
0.05 M E.D.T.A
|
|
|
|
8
|
0.05 M Iodine
|
|
|
|
9
|
0.1 M sodium Thiosulphate
|
|
|
|
10
|
0.02 M sodium Thiosulphate
|
|
|
|
11
|
0.1 M Perchloric acid
|
|
|
|
12
|
0.5 M Sulphuric acid
|
|
|
|
13
|
0.1 N Ferrous Ammonium Sulphate
|
|
|
|
14
|
0.1 M Sodium Methoxide
|
|
|
|
PREPARATION AND STANDARDISATION OF M/1
HYDROCHLORIC ACID
Date of Preparation
|
To be prepared
from
1 M Hydrochloric
acid
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF 1 M HYDROCHOLORIC ACID:
Batch No.
Weight of sample sodium carbonate
Weight of sample sodium carbonate
G
G
T
T
----------------------
----------------------
N
N
Wt. of Na2CO3 in
g
Molarity =
----------------------------------------------
Titre x 0.053
Molarity
=--------------------------------------- Molarity =
------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------ =
--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/10
HYDROCHLORIC ACID
Date of Preparation
|
To be prepared
from
1 M Hydrochloric
acid
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF 0.1 M HYDROCHOLORIC ACID:
Batch No.
Weight of sample sodium carbonate Weight of sample sodium carbonate
G
G
T
T
----------------------
----------------------
N
N
Wt. of Na2CO3 in
g
Molarity =
----------------------------------------------
Titre x 0.053
Molarity
=--------------------------------------- Molarity = ------------------------------------------
= =
Mean =
RSD =
Molarity
Factor
= ------------------------ = -------------------------- Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/1 SODIUM
HYDROXIDE
Date of Preparation
|
To be prepared
from Sodium hydroxide
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF 1
M Sodium Hydroxide: Batch No.
To take 20 mLof 1M standardise Hydrochloric
acid
20 x Molarity of 1M
Hcl
Molarity =
----------------------------------------------
Titre
Molarity
=--------------------------------------- Molarity =
------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------ =
--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/10
SODIUM HYDROXIDE
Date of Preparation
|
To be prepared
from Sodium hydroxide
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/10
Sodium Hydroxide: Batch No.
To take 20 mLof 0.1M standardise
Hydrochloric acid
20 x Molarity of 0.1M Hcl
Molarity =
----------------------------------------------
Titre
Molarity
=--------------------------------------- Molarity =
------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------ =
--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/50
POTASSIUM PERMEGANATE
Date of Preparation
|
To be prepared
from
Potassium
permagnate
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/50 POTASSIUM PERMEGANATE:
Batch No.
Weight of sample Sodium oxalate Weight of sample
Sodium oxalate
G
G
T
T
----------------------
----------------------
N
N
Wt.
of Sodium
oxalate
in g x 0.02
Molarity =
----------------------------------------------
Titre x 0.0067
Molarity
=--------------------------------------- Molarity =------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor = ------------------------
=--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/10
E.D.TA
Date of Preparation
|
To be prepared
from EDTA
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/10
EDTA: Batch
No.
Weight of sample Calcium carbonate
Weight of sample
Calcium carbonate
G
G
T
T
----------------------
----------------------
N
N
Wt. of CaCo3 in g x 0.1
Molarity =
----------------------------------------------
Titre x 0.010009
Molarity
=--------------------------------------- Molarity =------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------
=--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/20
E.D.TA
Date of Preparation
|
To be prepared
from EDTA
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/20
EDTA: Batch
No.
Weight of sample Calcium carbonate Weight of sample
Calcium carbonate
G
G
T
T
----------------------
----------------------
N
N
Wt. of CaCo3 in g x 0.05
Molarity = ----------------------------------------------
Titre x 0.0050045
Molarity
=--------------------------------------- Molarity =
------------------------------------------
= =
Mean =
RSD =
Molarity
Factor
= ------------------------ = -------------------------- Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/20
IODINE
Date of Preparation
|
To be prepared
from Iodine
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/20
IODINE: Batch
No.
Weight of sample Arsenic trioxide Weight of sample
Arsenic trioxide
G
G
T
T
---------------------- ----------------------
N
N
Wt.
of AS2O3 in g x 0.05
Molarity = ----------------------------------------------
Titre x 0.004946
Molarity
=--------------------------------------- Molarity =------------------------------------------
= =
Mean =
RSD =
Molarity
Factor
= ------------------------ =-------------------------- Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/10
Sodium Thiosulphate
Date of Preparation
|
To be prepared
from Sodium Thiosulphate
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/10 Sodium Thiosulphate: Batch
No.
Weight of sample KIO3
Weight
of sample KIO3
G
G
T
T
---------------------- ----------------------
N
N
Wt. of KIO3 in g x 0.1
Molarity =
----------------------------------------------
Titre x 0.03567
Molarity
=--------------------------------------- Molarity =------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------
=--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/50
Sodium Thiosulphate
Date of Preparation
|
To be prepared
from Sodium Thiosulphate
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/50 Sodium Thiosulphate: Batch
No.
Weight of sample KIO3
Weight
of sample KIO3
G G
T
T
----------------------
----------------------
N
N
Wt. of KIO3 in g x 20 x 0.02
Molarity =
----------------------------------------------
Titre x 100 x 0.000713
Molarity
=--------------------------------------- Molarity =------------------------------------------
= =
Mean =
RSD =
Molarity
Factor
= ------------------------ =-------------------------- Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/10
Perchloric Acid
Date of Preparation
|
To be prepared
from Perchloric acid
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/10 Perchloric Acid: Batch No.
Weight of Potassium hydrogen phthalate Weight of Potassium
hydrogen phthalate
G
G
T
T
---------------------- ----------------------
N
N
Weight of Potassium
hydrogen phthalate x 0.1
Molarity =
----------------------------------------------------------------------------
Titre x 0.02042
Molarity
=--------------------------------------- Molarity =------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------
=--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/2 SULPHURIC ACID
Date of Preparation
|
To be prepared
from Sulphuric acid
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/2 SULPHURIC Acid: Batch
No.
Weight
of sample Na2CO3 Weight of sample
Na2CO3
G
G
T
T
----------------------
----------------------
N
N
Wt. of Na2CO3 in gm x 0.5
Molarity =
----------------------------------------------
Titre x 0.053
Molarity
=--------------------------------------- Molarity =------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------
=--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF N/10 FERROUS AMMONIUM SULPHATE
Date of Preparation
|
To be prepared
from Ferrous ammonium sulphate
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF N/10
FERROUS AMMONIUM SULPHATE: Batch
No.
To take 10 mLof 0.25N standardise Potassium
dichromate
0.25 X ml of 0.25 N K2Cr2O7
Nolarity =
----------------------------------------------
Titre
Molarity
=--------------------------------------- Molarity =------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------
=--------------------------
Factor =
Actual
Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION AND STANDARDISATION OF M/10
SODIUM METHOXIDE
Date of Preparation
|
To be prepared
from Sodium Methoxide
Batch No.
|
Quantity to be
diluted to
|
|
|
|
STANDARDISATION OF M/10 SODIUM METHOXIDE: Batch No.
Weight of sample Benzoic acid
Weight
of sample Benzoic acid
G
G
T
T
----------------------
----------------------
N N
Wt. of Benzoic acid in gm X 0.1
Molarity =
----------------------------------------------
Titre X 0.01221
Molarity
=--------------------------------------- Molarity =------------------------------------------
=
=
Mean =
RSD =
Molarity
Factor
= ------------------------
=--------------------------
Factor =
Actual Molarity
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
PREPARATION
OF LIMIT TEST
Date of Preparation
|
Limit test of
Arsenic (10 ppm)
Batch No.
|
Quantity to be
diluted to
|
|
|
|
Date of Preparation
|
Limit test of
Heavy Metal (100 ppm)
Batch No.
|
Quantity to be
diluted to
|
|
|
|
Date of Preparation
|
Limit test of
Iron (20 ppm)
Batch No.
|
Quantity to be
diluted to
|
|
|
|
Date of Preparation
|
Limit test of
Sulphate (10 ppm)
Batch No.
|
Quantity to be
diluted to
|
|
|
|
Date of Preparation
|
Limit test of
Chloride (25 ppm)
Batch No.
|
Quantity to be
diluted to
|
|
|
|
Analysed by :
Date
:
|
Approved by :
Date :
|
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