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_(T test)
_(One Way Anova)
_(One Way Anova/Tukey)
_(Mann Whitney U)
_(Pearson corr)
_(Multiple Reg)
Error
_Uncertainty I
_Uncertainty II
_Random/systematic
_Uncertainty rate I
_Uncertainty rate II
_Uncertainty IA kinetics
_Uncertainty Titration
_Max/Min for order
IA(ICT)
_Good RQ samples
_IA ICT
__IA Ozone
__IA VSEPR
__IA Hydrogen Bonding
__IA Polarity
__IA Dissociation constant
__IA Antibiotics
__IA Graphene Fullerenes
__IA Aromatic delocalization
__IA Hemoglobin
__IA Protein Sequencing
Chem SL
_Unit 1
__Unit 1.1
__Unit 1.2
__Unit 1.3
__Unit 1.4
__Unit 1.5
__Unit 1.6
_Unit 2
__Unit 2.1
__Unit 2.2
__Unit 2.3
__Unit 2.4
_Unit 3
__Unit 3.1
__Unit 3.2
_Unit 4
__Unit 4.1
__Unit 4.2
__Unit 4.3
__Unit 4.4
__Unit 4.5
__Unit 4.6
__Unit 4.7
_Unit 5
__Unit 5.1
__Unit 5.2
__Unit 5.3
__Unit 5.4
_Unit 6
__Unit 6.1
__Unit 6.2
__Unit 6.3
_Unit 7
__Unit 7.1
__Unit 7.2
__Unit 7.3
_Unit 8
__Unit 8.1
__Unit 8.2
__Unit 8.3
_Unit 9
__Unit 9.1
__Unit 9.2
__Unit 9.3
__Unit 9.4
__Unit 9.5
_Unit 10
__Unit 10.1
__Unit 10.2
__Unit 10.3
__Unit 10.4
_Unit 11
__Unit 11.1
__Unit 11.2
__Unit 11.3
Chem HL
_Unit 1
_Unit 2
__Unit 2.5
_Unit 3
__Unit 3.3
__Unit 3.4
_Unit 4
__Unit 4.8
__Unit 4.9
_Unit 5
__Unit 5.5
__Unit 5.6
__Unit 5.7
__Unit 5.8
__Unit 5.9
_Unit 6
__Unit 6.4
__Unit 6.5
_Unit 7
__Unit 7.4
__Unit 7.5
_Unit 8
__Unit 8.4
__Unit 8.5
__Unit 8.6
_Unit 9
__Unit 9.6
__Unit 9.7
__Unit 9.8
_Unit 10
__Unit 10.5
__Unit 10.6
__Unit 10.7
_Unit 11
__Unit 11.4
Option
_Option B
__B1 UV, Buffer, Electrophoresis
__B2 Enzymes, Pigment
__B3 Hemoglobin, Myoglobin ODC
__B4 Stereochemistry Lipids, Proteins and Carbohydrates
__B5 Green Chemistry, Xenobiotics, Atom Economy
_Option C
__C1 Energy density, Specific energy, Combustion
__C2 Nuclear energy, radioactive decay, half life
__C3 Biofuel, Electrochemical cell
__C4 Voltaic cell, Microbial fuel
__C5 Solar Cell, DSSC
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__(using MW+CC)
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__(using carbon chain)
__(using MW)
__(using CC+MW)
_b/p estimation
__(using MW+CC+CF)
__(using MW+CF)
__(using MW+CC+CF)
_b/p organic mol
__(Alkene,alkyne)
__(Diff functional gp)
__(alcohol)
__(alcohol isomers)
IA(Bio)
_Amylase
__Temp study
__pH study
_H2O2
__(Yeast pH study)
__(Yeast inhibitor)
__(Yeast Cu study)
__(Yeast Pb study)
__(Yeast pH study)
__(Potato pH study)
__(Potato inhibitor)
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__(pH study)
__(Temp study)
__(Alcohol study)
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IA(Chem)
_Voltaic cell
__(Salt bridge type+current)
__(Salt bridge conc+current)
__(Surface area+current)
__(Temp+emf/current)
__(Electrode type+current
__(pH+emf/current
__(Conc Zn+emf)
__(Conc Mn+emf
_Aluminium
__(NaOH+ AI)
__(NaOH/KOH+AI)
__(KOH+AI)
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__(HCI+AI)
__(Purity AI)
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__(Temp study)
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__(Catalyst)
__(Temp+Ea)
_Aspirin
__(Acidity study)
__(Duration study)
__(Medium study)
__(Purity study)
__(Temp study)
_Antioxidant
__(Polyphenol study)
__(Tea duration study)
__(Apple cider study)
__(Temp study)
__(Berry study)
__(Green vs Black tea)
__(Wine/Temp study)
__(Tea/Temp study)
_Sodium alginate
__(Alginate bead)
__(MnO2 beads)
__(Duration beads)
__(Conc beads)
__(Amylase beads I)
__(Amylase beads II)
__(Amylase duration)
__(Yeast beads I)
__(Yeast beads II)
__(Yeast duration)
Friday, October 23, 2015
IB Chemistry on IA ICT Dissociation constant
Lawrence Kok
6:33 PM
Chemistry chapter org
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IA5
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IB Chemistry on IA ICT Dissociation constant
Thanks to all pictures and videos for the above post.
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Lawrence Kok
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