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Toxic Inorganic Compounds: Analytical Chemistry

Toxic Inorganic Compounds: Analytical Chemistry

Analytical Chemistry of Painkillers

Analytical Chemistry of Painkillers

Volatiles and their analysis

Volatiles and their analysis

Analytical Chemistry of Barbiturates.

Analytical Chemistry of Barbiturates.

Sample Preparation. Volatile and Semivolatile compounds.

Sample Preparation. Volatile and Semivolatile compounds.

Spectroscopical Identification of Organic Compounds. Some Comments.

Spectroscopical Identification of Organic Compounds. Some Comments.

ELISA Immunoassay technique

ELISA Immunoassay technique

Immunoassay 1

Immunoassay 1

Derivatization Techniques

Derivatization Techniques

Solid Phase MicroExtraction SPME

Solid Phase MicroExtraction SPME

Solid Phase Extraction

Solid Phase Extraction

Sample Preparation. Solvent Extraction.

Sample Preparation. Solvent Extraction.

Sampling. Part1. Sample Collection.

Sampling. Part1. Sample Collection.

Water and solutions in water.

Water and solutions in water.

pH calculations flowchart

pH calculations flowchart

Lecture 5. Pharmacogenetics

Lecture 5. Pharmacogenetics

Lecture 4A. Elimination.

Lecture 4A. Elimination.

Lecture 4B. Bringing everything together: what happens to a chemical compound in a human body?

Lecture 4B. Bringing everything together: what happens to a chemical compound in a human body?

Lecture 4. Metabolism.

Lecture 4. Metabolism.

Lecture 3. Part 2. Pharmacokinetics 3.

Lecture 3. Part 2. Pharmacokinetics 3.

Lecture 3. Part 1. Pharmacokinetics 2.

Lecture 3. Part 1. Pharmacokinetics 2.

Lecture 2. Part 2. Pharmacokinetics

Lecture 2. Part 2. Pharmacokinetics

Lecture 2. Part 1. Dose-Response curve.

Lecture 2. Part 1. Dose-Response curve.

Lecture 1. Introduction to the analytical toxicology

Lecture 1. Introduction to the analytical toxicology

Analytical Toxicology: The First Clip

Analytical Toxicology: The First Clip

Mass Spectroscopy 7. Ion fragmentation. P2.

Mass Spectroscopy 7. Ion fragmentation. P2.

Mass Spectroscopy 6. Ion fragmentation. P1.

Mass Spectroscopy 6. Ion fragmentation. P1.

Mass Spectroscopy 5. Detectors and Ion Separators.

Mass Spectroscopy 5. Detectors and Ion Separators.

Mass Spectroscopy -4. Isotope composition of molecules.

Mass Spectroscopy -4. Isotope composition of molecules.

Mass Spectroscopy 3. Other ion sources.

Mass Spectroscopy 3. Other ion sources.

Mass Spectroscopy -1. Basics

Mass Spectroscopy -1. Basics

Mass Spectroscopy -2. Electron impact source.

Mass Spectroscopy -2. Electron impact source.

Lecture 61: X-ray absorption and fluorescence.

Lecture 61: X-ray absorption and fluorescence.

Lecture 60: Atomic Emission Spectroscopy.

Lecture 60: Atomic Emission Spectroscopy.

Lecture 59: Atomic Absorption Spectroscopy.

Lecture 59: Atomic Absorption Spectroscopy.

Lecture 56: Molecular Spectrophotometry in UV-visible area.

Lecture 56: Molecular Spectrophotometry in UV-visible area.

Lecture 58: Some applications: immunoassay.

Lecture 58: Some applications: immunoassay.

Lecture 57: Molecular Fluorescence.

Lecture 57: Molecular Fluorescence.

Lecture 55: Spectrophotometers. Detectors. Overall design.

Lecture 55: Spectrophotometers. Detectors. Overall design.

Lecture 54: Instruments in spectrophotometry.

Lecture 54: Instruments in spectrophotometry.

Lecture 53: Beer's Law

Lecture 53: Beer's Law

Lecture 51: Introduction to Spectroscopy.

Lecture 51: Introduction to Spectroscopy.

Lecture 52: Absorption of radiation.

Lecture 52: Absorption of radiation.

Lecture 50. Coulometry.

Lecture 50. Coulometry.

Lecture 48: Redox titrations. Part 1

Lecture 48: Redox titrations. Part 1

Lecture 49. Titrations with iodine.

Lecture 49. Titrations with iodine.

Lecture 47: Ion selective electrodes

Lecture 47: Ion selective electrodes

Lecture 46: pH electrode

Lecture 46: pH electrode

Lecture 45: Electrodes

Lecture 45: Electrodes

Lecture 44: Nernst Equation

Lecture 44: Nernst Equation

Lecture 42: Basic Concepts of Electrochemistry.

Lecture 42: Basic Concepts of Electrochemistry.

Lecture 43: Units

Lecture 43: Units

Lecture 41: An introduction to electrochemistry.

Lecture 41: An introduction to electrochemistry.

Lecture 40: Redox Processes. An Introduction.

Lecture 40: Redox Processes. An Introduction.

Lecture 39: Titrations with EDTA

Lecture 39: Titrations with EDTA

Lecture 38: Precipitation Titrations

Lecture 38: Precipitation Titrations

Lecture 37: Solubility Product

Lecture 37: Solubility Product

Lecture 36: Applications of acid-base titrations. Kjeldahl method.

Lecture 36: Applications of acid-base titrations. Kjeldahl method.

Lecture 35: Acid-base titration

Lecture 35: Acid-base titration

Lecture 34: Titrations. Introduction

Lecture 34: Titrations. Introduction

Lecture 33: Analytical Procedures

Lecture 33: Analytical Procedures

A simple example of Excel Calculations: Concentration in g per L

A simple example of Excel Calculations: Concentration in g per L

Lecture 16: Detection limit and Determination Limit.

Lecture 16: Detection limit and Determination Limit.

Lecture15: Examples of Calculations Using Different Standards

Lecture15: Examples of Calculations Using Different Standards

Lecture14: Standard additions calibration

Lecture14: Standard additions calibration

Lecture13: Single Point Calibration

Lecture13: Single Point Calibration

Lecture11: Concentrations and Dilutions

Lecture11: Concentrations and Dilutions

Lecture12: Calibration Curve

Lecture12: Calibration Curve

Lecture 17: Uncertainty calculations

Lecture 17: Uncertainty calculations

Lecture 9; Random and Systematic Errors.

Lecture 9; Random and Systematic Errors.

Lecture 8: How to calculate confidence interval using Excel

Lecture 8: How to calculate confidence interval using Excel

Lecture 6: Random Errors in Chemical Analysis.

Lecture 6: Random Errors in Chemical Analysis.

Lecture 7: Random Errors. Part 2.

Lecture 7: Random Errors. Part 2.

Lecture 5: More about type B related uncertainties: Solution Preparation and Serial Dilution

Lecture 5: More about type B related uncertainties: Solution Preparation and Serial Dilution

Lecture 4: Some examples of type B uncertainty

Lecture 4: Some examples of type B uncertainty

Lecture 3: Errors and Propagation of Uncertainty

Lecture 3: Errors and Propagation of Uncertainty

Lecture2 Exact numbers: Data with no error

Lecture2 Exact numbers: Data with no error

Lecture 1. A simple example of analytical procedure

Lecture 1. A simple example of analytical procedure

Lecture 10. Errors, significant figures, and outliers.

Lecture 10. Errors, significant figures, and outliers.

Introduction to Quantum Crystallography of 3d transition metal complexes

Introduction to Quantum Crystallography of 3d transition metal complexes

Seventy years of interatomic scattering study

Seventy years of interatomic scattering study

Rosalind Franklin paper on covalent bond electron density

Rosalind Franklin paper on covalent bond electron density

Aqueous Solutions - A brief introduction

Aqueous Solutions - A brief introduction

Principal Species in Aqueous Solution

Principal Species in Aqueous Solution

Solutions of weak bases

Solutions of weak bases

Solutions of weak acid

Solutions of weak acid

pH calculations: Systematic Approach

pH calculations: Systematic Approach

Polyprotic Acids

Polyprotic Acids

Henderson Hasselbach Equation

Henderson Hasselbach Equation

Nuclear Energy

Nuclear Energy

Radioactivity - a basic ntroduction

Radioactivity - a basic ntroduction

Actinoids

Actinoids

Lanthanoids La

Lanthanoids La

Group 12 (Zn, Cd, Hg)

Group 12 (Zn, Cd, Hg)

Platinum metals

Platinum metals

4d and 5d transition metals

4d and 5d transition metals

3d Transition Metals

3d Transition Metals

Titanium Ti

Titanium Ti

Vanadium V

Vanadium V

Chromium Cr

Chromium Cr

Manganese Mn

Manganese Mn

Iron Fe Part 1

Iron Fe Part 1

Iron Fe Part 2 -Compounds

Iron Fe Part 2 -Compounds

Cobalt Co

Cobalt Co

Nickel Ni

Nickel Ni

Copper Cu

Copper Cu

Silver and Gold Ag Au

Silver and Gold Ag Au

Flowchart for pH calculations

Flowchart for pH calculations

Crystal Field Model

Crystal Field Model

How we name inorganic compounds?

How we name inorganic compounds?

Pseudohalogens

Pseudohalogens

Noble Gases

Noble Gases

Bromine Br and Iodine I

Bromine Br and Iodine I

Chlorine

Chlorine

Fluorine F

Fluorine F

Sulfur S

Sulfur S

Oxygen O

Oxygen O

Group 15 (VA) Elements: As, Sb & Bi

Group 15 (VA) Elements: As, Sb & Bi

Phosphorus P

Phosphorus P

Nitrogen: Part 1

Nitrogen: Part 1

Nitrogen: Part 2

Nitrogen: Part 2

Tin and Lead

Tin and Lead

Group 14 (IVA)

Group 14 (IVA)

Silicates

Silicates

Boron

Boron

Carbon Dioxide

Carbon Dioxide

Carbon. Part 1

Carbon. Part 1

Carbon Part 2

Carbon Part 2

Aluminium

Aluminium

Ga, In and Tl

Ga, In and Tl

Group 2 Elements. Part 2.

Group 2 Elements. Part 2.

Group 2 Elements. P.1

Group 2 Elements. P.1

Group 1 Elements p.2

Group 1 Elements p.2

Group 1 Elements p.1

Group 1 Elements p.1

Hydrogen: Part 2

Hydrogen: Part 2

Hydrogen: part 1

Hydrogen: part 1

Latimer and Porbaix Diagrams

Latimer and Porbaix Diagrams

Some Electrochemistry

Some Electrochemistry

Soft and Hard Acids

Soft and Hard Acids

Ion Acidity

Ion Acidity

Superacids and Superbases

Superacids and Superbases

Oxides and Hydroxides

Oxides and Hydroxides

Acids and Bases p3

Acids and Bases p3

Lewis Acids and Bases

Lewis Acids and Bases

Acids and Bases p2

Acids and Bases p2

Acids and Bases in water

Acids and Bases in water

Energies of chemical bonds

Energies of chemical bonds

Lewis Structures

Lewis Structures

Thermodynamics of Ionic Bond

Thermodynamics of Ionic Bond

Ionic Bond

Ionic Bond

Ionic Crystals

Ionic Crystals

Ions and Ionic Bond

Ions and Ionic Bond

Crystal Symmetry

Crystal Symmetry

Bonding in Metals

Bonding in Metals

Covalent Compounds 3

Covalent Compounds 3

VSEPR model

VSEPR model

Chemical Bond 2

Chemical Bond 2

Chemical Bond 1

Chemical Bond 1

Bond Correlations

Bond Correlations

Periodic Properties

Periodic Properties

Periodic Table Story

Periodic Table Story

Structure of the Atom -2

Structure of the Atom -2

Existence of the elements

Existence of the elements

Structure of the atom - p1

Structure of the atom - p1