11525332
Description
Mind Map by Yaeesh Khan, updated more than 1 year ago
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Created by Yaeesh Khan
over 6 years ago
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Stoichiometry
- DILUTIONS
- C1V1 = C2V2
- Example 1
---------------
Potassium ion for
intravenous drips
should be
administered at
0.04 moll-1. How
many ml of 1.0
moll-1 of
concentrated
solution should be
made up to 0.5l to
obtain the correct
concentration?
- Answer
- Answer
- Example 2
---------------
What volume
0.5moll-1 sodium
carbonate is
required to make,
by dilution of
water, one litre of
a solution with a
Na+(aq)
concentration
0.2moll-1?
- Answer
- Answer
- Example 1
---------------
Potassium ion for
intravenous drips
should be
administered at
0.04 moll-1. How
many ml of 1.0
moll-1 of
concentrated
solution should be
made up to 0.5l to
obtain the correct
concentration?
- Principals Of Chemical
Reactions
- C1V1 = C2V2
- Balanced Chemical Equation = Stoicheometric Equation
- QUANTITATIVE ANALYSIS
- Uses stoichiomteric equations to establish amount of a
given element compound in a sample
- VOLUMETRIC ANALYSIS
- VOLUME
- Determine the concentration of a solution using a STANDARD SOLUTION
- Standard solutions prepared from PRIMARY STANDARD
- Properties of a Primary Standard
- Common Primary Standards
- Properties of a Primary Standard
- Standard solutions prepared from PRIMARY STANDARD
- ACID/BASE TITRATION
- C1V1P1 = C2V2P2
- Example 1
----------------
What is the
concentration of
citric acid ( a
triprotic acid) in
lemon juice if 10ml
of the juice requires
12.0ml of 0.050
moll-1 sodium
hydroxide for
complete
neutralisation.
- Answer
- Answer
- Example 1
----------------
What is the
concentration of
citric acid ( a
triprotic acid) in
lemon juice if 10ml
of the juice requires
12.0ml of 0.050
moll-1 sodium
hydroxide for
complete
neutralisation.
- C1V1/n1 =
C2V2/n2
- Example 2
------------ Flask
contains 52.5ml
of 0.15moll-1
calcium hydroxide,
Ca(OH)2. How
many ml of
0.35ml sodium
carbonate
(Na2CaO3¬) are
required to react
completely with
the calcium
hydroxide?
- Answer
- Answer
- Example 2
------------ Flask
contains 52.5ml
of 0.15moll-1
calcium hydroxide,
Ca(OH)2. How
many ml of
0.35ml sodium
carbonate
(Na2CaO3¬) are
required to react
completely with
the calcium
hydroxide?
- Calculate unknown concentration of acid or base
- Colour change
= Endpoint
(Indicator)
- C1V1P1 = C2V2P2
- REDOX TITRATION
- C1V1/n1 = C2V2/n2
- Example
- Answer
- Answer
- Example
- Acidified Potassium
Permanganate commonly used
(SELF indicator)
- iodine also used with starch as
indicator
- Based on oxidation/reduction reaction
- C1V1/n1 = C2V2/n2
- VOLUME
- GRAVAMETRIC ANALYSIS
- MASS
- MASS
- Uses stoichiomteric equations to establish amount of a
given element compound in a sample
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