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Husain's Chemistry

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Hi I am a trained senior teacher for chemistry and have experience in teaching IGCSE,Edexcel, IB, A level, Victorian curriculum and CBSE. I have written lecture notes explaining the concepts in chemistry chapter wise that gives a clear idea to new teachers and students about how to apply these concepts these concepts in solving exam questions. I have some excellent resources for new chemistry teachers and new form teachers of primary and secondary classes.

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Hi I am a trained senior teacher for chemistry and have experience in teaching IGCSE,Edexcel, IB, A level, Victorian curriculum and CBSE. I have written lecture notes explaining the concepts in chemistry chapter wise that gives a clear idea to new teachers and students about how to apply these concepts these concepts in solving exam questions. I have some excellent resources for new chemistry teachers and new form teachers of primary and secondary classes.
Le Chattelier's Principle , Shifting of Equilibrium at stress Complete Lesson + WS
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Le Chattelier's Principle , Shifting of Equilibrium at stress Complete Lesson + WS

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Complete Lesson presentation on Le Chattelier’s Principle , Shifting of Equilibrium at stress 20 slides + Practice WS = Value for your money and time. Contents - Le Chattelier’s Principle Shifting of Equilibrium at stress, Factors that Affect Equilibrium (Stress game) Reaction Quotient Concentration Temperature Pressure For gaseous systems only! The presence of a catalyst Presence of an Inert Substance Knowledge Check interactive assessment-1 Knowledge Check interactive assessment-2
Half Life , Reaction Kinetics, Collisions and Maxwell Boltzmann , Complete Lesson PPT 34 slides
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Half Life , Reaction Kinetics, Collisions and Maxwell Boltzmann , Complete Lesson PPT 34 slides

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The lesson clearly introduces and scaffolds the concept of half life and connects it to its mathematical calculation in numerical problems. includes PPT 34 slides + Practice WS on Half life = Total value for money and your preparing time. What is half life Half Life and Kinetics Half-Life- 1st order Half-Life- 2nd order Rate Laws and Integrated Rate laws Formula for half life Collision Theory of kinetics Temperature dependence of rate Maxwell Boltzmann Distribution Curves Activation Energy Reaction Coordinate Diagrams Arrhenius Equation Reaction Mechanisms
Reversible Reactions and Chemical Equilibrium
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Reversible Reactions and Chemical Equilibrium

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Interactive Lesson Powerpoint Lesson on basics of Reversible and Irreversible Processes Reversible Reactions Dehydration of CuSO4 Equilibrium Chemical Equilibrium Equilibrium Constant Smart Activties Interactive worksheet
Atomic Structure, Naming of Compounds, Mass Spectroscopy Complete Lesson AP chemistry
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Atomic Structure, Naming of Compounds, Mass Spectroscopy Complete Lesson AP chemistry

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The resource includes **complete lesson ** with lesson plan that has interactive and hands-on engaging activities and exercises perfect for any observation as it has following elements clearly defined: **Students Learning Objectives ** Starter Activities Higher Order building up exercises and Planery (review of learning achieved) Topics Contents - **Structure of Atom, Proton Neutron and Electron **Molecule and Ion **Making ionic formula ** Writing Names of the compounds (covalent and ionic) **Electronic Configuration of elements ** Mass Spectroscopy Photoelectron Spectroscopy Rutherford’s model of atom. Afbau Principle practice ** Periodic Trends ** The entire lesson is planned with fun starter activities that build up slowly the higher level of concept with interactive exercises.
Complete-Lesson-Graphs-Accuracy-and-Precision--Matter--Mixtures--Separation-Techniques
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Complete-Lesson-Graphs-Accuracy-and-Precision--Matter--Mixtures--Separation-Techniques

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Contains Lesson Ppt and Student practice workbook Complete Lesson with activities and interactive assignments for AP entry level. 1.Graph making 2.Analysis of graph 3.Accuracy and Precision 4.Matter 5.Properties of Matter (states) 6.Changes in Matter (Physical and chemical change) 7.Mixtures of Matter 8.Types of mixtures 9.Solution and suspension 10.Separation Techniques 11.Elements and Compounds 12.Periodic Table 13.Law of definite proportion
Complete Lesson  Chemistry-Atomic-Structure--Moles-and-Mass-Spectrometer (AP, CIE, IB)
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Complete Lesson Chemistry-Atomic-Structure--Moles-and-Mass-Spectrometer (AP, CIE, IB)

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This is an excellent resource full of interactive activity and engagement assignments to cover laws of definite proportion, basics of moles, mass spectrometer and empirical and molecular formula 1.Law of definite proportions 2.Law of multiple proportions 3.Periodic Table And arrangement of elements 4.Predict properties of substances based on their chemical formulas 5.Calculate quantities of a substance or its relative number of particles using- dimensional analysis and the mole concept. 6.The Mass Spectrometer and average isotopic masses. 7.Lewis diagram review 8.Percent Composition of Compounds 9.Experimental Determination of Empirical Formulas 10.Molecular formula
Moles and Mole concept  Interactive Lesson Power Point  16 slides
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Moles and Mole concept Interactive Lesson Power Point 16 slides

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Moles and Mole concept Interactive Lesson Power Point Contents- Why Moles What is Moles Hands on Activity with Pomogranate Analysis and evaluation of 6.02 x 10^23 Comparison of Mole with other units How moles make chemistry easy Important formula and their application in calculating Moles, Mass and Volume of gases Class Exercises and Answers Homework Questions
IB - A Level Chemistry Periodicity Chapter Notes Complete Lesson
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IB - A Level Chemistry Periodicity Chapter Notes Complete Lesson

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This is an excellent resource for teaching IB and A level Class about periodic table and periodic properties. Contents- • The periodic table is arranged into four blocks associated with the four sub-levels—s, p, d, and f. • The periodic table consists of groups (vertical columns) and periods (horizontal rows). • The period number (n) is the outer energy level that is occupied by electrons. • The number of the principal energy level and the number of the valence electrons in an atom can be deduced from its position on the periodic table. • The periodic table shows the positions of metals, non-metals and metalloids. • Deduction of the electron configuration of an atom from the element’s position on the periodic table, and vice versa. Transition elements have variable oxidation states, form complex ions with ligands, have coloured compounds, and display catalytic and magnetic properties. • Zn is not considered to be a transition element as it does not form ions with incomplete d-orbitals. • Transition elements show an oxidation state of +2 when the s-electrons are removed. • Explanation of the ability of transition metals to form variable oxidation states from successive ionization energies. • Explanation of the nature of the coordinate bond within a complex ion. • Deduction of the total charge given the formula of the ion and ligands present. • Explanation of the magnetic properties in transition metals in terms of unpaired electrons.
IB / A Level Chemistry Atomic Structure Chapter notes Complete Lesson presentation and Practice Work
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IB / A Level Chemistry Atomic Structure Chapter notes Complete Lesson presentation and Practice Work

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Powerpoint Lesson + Workbook MCQs and Structrured Resposne + Answers This is an excellent resource which I use for my IB and A level students for teaching complete Lesson Atomic Structure Structure of Atom Experiments for Discovery of Sub Atomic Particles Electron Proton and Neutron Rutherford Experiment Bohrs Hydrogen Spectrum Emmision Spectrum ElectroMagnetic Spectrum Continuum of Energies Ionisation Energy Identifying the atoms from ionisation energies Mass spectra
IB -A Level Chemistry Equilibrium Complete Lesson - Chapter Notes
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IB -A Level Chemistry Equilibrium Complete Lesson - Chapter Notes

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This is an excellent compilation of all the sub topics IBDP or A level chemistry which I use for all my equilibrium lessons. It has all SL and HL topics clearly covered and in details as appropriate for IBDP. Contents Preview- A state of equilibrium is reached in a closed system when the rates of the forward and reverse reactions are equal. • The equilibrium law describes how the equilibrium constant (Kc) can be determined for a particular chemical reaction. • The magnitude of the equilibrium constant indicates the extent of a reaction at equilibrium and is temperature dependent. • The reaction quotient (Q) measures the relative amount of products and reactants present during a reaction at a particular point in time. Q is the equilibrium expression with non-equilibrium concentrations. The position of the equilibrium changes with changes in concentration, pressure, and temperature. • A catalyst has no effect on the position of equilibrium or the equilibrium constant. • The characteristics of chemical and physical systems in a state of equilibrium. • Deduction of the equilibrium constant expression (Kc) from an equation for a homogeneous reaction. • Determination of the relationship between different equilibrium constants (Kc) for the same reaction at the same temperature. • Application of Le Châtelier’s principle to predict the qualitative effects of changes of temperature, pressure and concentration on the position of equilibrium and on the value of the equilibrium constant. • Free Energy and Equilibrium constant
IB - A Level Chemistry Chapter notes Stoichiometric_relationships / Moles Complete Lesson
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IB - A Level Chemistry Chapter notes Stoichiometric_relationships / Moles Complete Lesson

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This resource I use to teach my IB and A Level Students about moles and stoichiometric relationships. Contents- States of Matter Laws of Chemical Combination Naming of Ionic and Covalent Compounds Valencies of common ions Mole Concept • The mole is a fixed number of particles and refers to the amount, n, of substance. • Masses of atoms are compared on a scale relative to 12C and are expressed as relative atomic mass (Ar) and relative formula/molecular mass (Mr). • Molar mass (M) has the units g mol-1. • The empirical formula and molecular formula of a compound give the simplest ratio and the actual number of atoms present in a molecule respectively. • Calculation of the molar masses of atoms, ions, molecules and formula units. • Solution of problems involving the relationships between the number of particles, the amount of substance in moles and the mass in grams. • Interconversion of the percentage composition by mass and the empirical formula. • Determination of the molecular formula of a compound from its empirical formula and molar mass. • Obtaining and using experimental data for deriving empirical formulas from reactions involving mass changes.
Chemical Kinetics IB/ A Level Chemistry Complete Lesson /Chapter Notes
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Chemical Kinetics IB/ A Level Chemistry Complete Lesson /Chapter Notes

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The resource contains all the required notes for IBDP HL and SL , A level Chemistry for Chemical Kinetics (Rate of the Reaction) Chemical Kinetics Expression of rates. Stoichiometric relationships of rates of different substances in a reaction. Determination of reaction orders, rate laws, and rate constant by method of initial rate. Determination of rate laws by graphical or integration method. Determination of half-lives Determination of activation energy Elementary steps and reaction mechanism Effect of catalysts