Hi, and welcome to Will2Share Academy!
I am currently a tutor running my own tutoring business specializing in teaching Physics, Chemistry and Mathematics for Cambridge O-levels.
I constantly strive to create and provide quality teaching resources to teachers all around the world.
Hi, and welcome to Will2Share Academy!
I am currently a tutor running my own tutoring business specializing in teaching Physics, Chemistry and Mathematics for Cambridge O-levels.
I constantly strive to create and provide quality teaching resources to teachers all around the world.
3 Worksheets consisting of 115+ Questions with detailed answers of workings provided, topics related to the worksheets are stoichiometry, mole calculation and conversion, mole conversion to mass, number of particles and volume of gas, the usage of the Avogadro’s constant, relative atomic/molecular/formula mass and molar volume of gas at room temperature and pressure, determination of the empirical formula and molecular formula of a substance, calculating the percentage of composition (percentage of mass of an element) in a compound.
3 Worksheets consisting 40+ questions and answers related to the quantitative study of salts, by constructing chemical equations, calculating mole ratio, moles (mass and volume of salts and products formed), calculating concentration and molarity of aqueous reactants. Questions include the methodology of making salts which includes acid + base reactions, acid + metal reactions, acid + carbonates reactions, double decomposition process
Questions also include experimental set ups to determine the empirical formula of a compound by using the oxidation of a metal or displacement of an oxide that can be carried out in the laboratory or alternatively in a classroom (theoretical values provided for the alternative).
Most suitable for science students in Year 10, 11 and 12. Also suitable for advanced students in Year 9.
A compact classroom consisting of 29 Slides and over 250 questions including all chapters related to manufacturing industry such as the manufacturing process of ammonia and its uses (Haber Process), sulfuric acid and its daily uses (Contact Process) and manufacturing nitric acid (Ostwald Process), calculating the composition of nitrogen in fertilisers and determining the quality of the fertiliser.
Material science, the understanding and application of alloys, composition of alloys, advantages of alloys, differences of glass and ceramics, composition of glass and ceramics, advantages of glass and ceramics, types of polymerisation, benefits of polymers, source of polymers and monomers, environmental issues of polymers and solutions, advantages of composite materials, types and applications of composite materials,corrosion and rusting of metals, fibre material, benefits of fibre glass, calculation of the percentage of composition.
Concepts of nanotechnology, the use in industry such as semiconductors and electronics, agriculture, textile, food, medicine and cosmetics, the uses of graphene as a nanoparticle with its physical and chemical properties.
Green technology segment covers topics in waste management, industrial wastewater treatment, energy and electricity.
Questions also include experimental set ups to determine hardness of materials and alloys. Can be used as an alternative to practical in a classroom (theoretical values provided for the alternative). Suited for students in KS4.
12 Worksheets and 65 Lesson slides consisting of over 150 Questions with detailed answers provided for a comprehensive practice, class quiz and assessment use.
The topics related in these worksheets are :
alkanes, reactions of alkanes (combustion and substitution reaction),
isomerism (naming and drawing isomers of alkanes, alkenes and alcohols),
characteristics of alkenes, alkene reactions (addition reaction, combustion, halogenation, hydration, hydrogenation and polymerisation), bromine water test,
alcohols (fermentation, hydration, oxidation, dehydration, combustion),
chemical and physical characteristics homogolous series,
carboxylic acids (oxidation, acidity, concentration)
esters (properties, esterification, naming ester compounds)
characteristics of fats and oils
hydrogenation of oil to manufacture margarine
polymerisation of isoprene to manufacture rubber
vulcanisation of rubber
Questions also include experimental set ups to esterifaction (preparation of esters), dehydration of alcohol, chemical test to distinguish alkanes and alkenes (bromine test). Can be used as an alternative to practical in a classroom (theoretical values provided for the alternative).
Most suitable for science students in Year 10, 11 and 12. Also suitable for advanced students in Year 9.
2 Worksheets containing 45 Questions with detailed answers and workings include types of radiation (alpha, beta, gamma), radioactive decay equations, the concept of half-life of a radioisotope and calculation of half-life of a radioactive substance, understanding nuclear energy from nuclear fusion and nuclear fission, calculation of mass defect and nuclear energy from nuclear fusion and nuclear fission, brief explanations of the uses of control rods and moderators in a nuclear powerplant, the safety aspects to consider in a nuclear powerplant, the concept of a nuclear chain reaction.
Suited for students in Year 9, 10, 11 and 12.
3 Worksheets with over 90 questions provided with detailed answers and workings to act as a comprehensive introduction to quantum physics. Questions are related to the scientists that pioneered quantum theory such as Max Planck, de Broglie and Einstein) as well as the quantum theory of light, the concept of particle wave duality, de Broglie’s wavelength, the use of it in an electron microscope, definition of a photon, photon energy and power, the photoelectric effect, factors affecting photoelectric effect, the threshold frequency, the kinetic energy of photoelectrons, Einstein’s photoelectric equation, the calculation of work function, the kinetic energy and speed of photoelectrons.
Suited for students in Year 9, 10, 11 and 12 as an introduction to quantum physics.
3 Worksheets consisting of over 80 questions and detailed answers related types of nutrition, the composition of a balanced diet, the calculation of calorific value of food, the various calorific requirements of different individuals of age and gender, malnutrition, the types of enzymes and conditions required for food digestion, the absorption and assimilation of digested food, evaluating eating habits, the importance of macronutrients and micronutrients in plants, the conditions for photosynthesis, mechanism of photosynthesis and the technology used in food production.
Suited for science students in Year 9, 10, 11 and 12.
Also suited for the field of Food Science.
2 Comprehensive worksheets consisting of over 80 questions with detailed answers related to cell division, karyokinesis (nuclear division), cytokinesis (cytoplasmic division) in animal and plant cell, cell cycle and mitosis M phase, G1, S and G2 phases, meiosis I and meiosis II , comparing the similarities and differences between meiosis and mitosis, exploring the issues of cell division on human health such as the effects of mitosis abnormality causing tumors and cancer, the effects of meiosis abnormality causing Down syndrome.
Suited for science students in Year 9, 10, 11 and 12.
A simple worksheet that acts as a great introduction to nanotechnology, consisting of 24 questions with answers relating to the concepts of nanotechnology, the use in industry such as semiconductors and electronics, agriculture, textile, food, medicine and cosmetics, the uses of graphene as a nanoparticle with its physical and chemical properties.
Green technology segment covers topics in waste management, industrial wastewater treatment, energy and electricity.
This comprehensive worksheet bundle consists of 111 Questions with Answers related to topics in material science including understanding and application of alloys, composition of alloys, advantages of alloys, corrosion and rusting of metals, differences of glass and ceramics, composition of glass and ceramics, advantages of glass and ceramics, fibre material, benefits of fibre glass, advantages of composite materials, types and applications of composite materials, calculation of the percentage of composition.
Questions also include experimental set ups to determine hardness of materials and alloys. Can be used as an alternative to practical in a classroom (theoretical values provided for the alternative).
Content is suitable for 3-4 consecutive lessons. Suited for students in KS4.
4 Worksheets consisting of over 150 Questions with detailed answers provided for a comprehensive practice, class quiz and assessment use.
The topics related in these worksheets are :
alkanes, reactions of alkanes (combustion and substitution reaction),
isomerism (naming and drawing isomers of alkanes, alkenes and alcohols),
characteristics of alkenes, alkene reactions (addition reaction, combustion, halogenation, hydration, hydrogenation and polymerisation), bromine water test,
alcohols (fermentation, hydration, oxidation, dehydration, combustion),
chemical and physical characteristics homogolous series,
carboxylic acids (oxidation, acidity, concentration)
esters (properties, esterification, naming ester compounds)
Questions also include experimental set ups to esterifaction (preparation of esters), dehydration of alcohol, chemical test to distinguish alkanes and alkenes (bromine test). Can be used as an alternative to practical in a classroom (theoretical values provided for the alternative).
Most suitable for science students in Year 10, 11 and 12. Also suitable for advanced students in Year 9.
3 Worksheets consisting of 115 Questions with detailed answers of workings provided, topics related to the worksheets are stoichiometry, mole calculation and conversion, mole conversion to mass, number of particles and volume of gas, the usage of the Avogadro’s constant, relative atomic/molecular/formula mass and molar volume of gas at room temperature and pressure, determination of the empirical formula and molecular formula of a substance, calculating the percentage of composition (percentage of mass of an element) in a compound.
Questions also include experimental set ups to determine the empirical formula of a compound by using the oxidation of a metal or displacement of an oxide that can be carried out in the laboratory or alternatively in a classroom (theoretical values provided for the alternative).
Most suitable for science students in Year 10, 11 and 12. Also suitable for advanced students in Year 9.
2 Practice papers consisting of 50 questions in total with answers provided, total mark allocation of 100 marks.
Questions related to algebra, angles and geometry, fractions, ratios, money and finances, distance and speed, kinematics conversion, percentage of increase and decrease, unit conversion, mensuration of 2D shapes (area and perimeter), pie chart and angles, and net drawings of 3D shapes.
Worksheets most suitable to be used for class assessment, test, quiz, or comprehensive practice. Suitable for students learning mathematics in Year 7,8 and 9. Also suitable for year 10 low ability students.
This worksheet bundle consists of 4 worksheets totally to 120 questions with answers provided, this comprehensive worksheet bundles includes topics related to Newton’s Universal Law of Gravitation, calculations of gravitational acceleration, centripetal force, Kepler’s Laws, knowledge testing of the Kepler’s 1st and 2nd Law with calculations related to Kepler’s 3rd Law, types of satellites (man-made satellites, natural satellites, geostationary and non geostationary satellites), calculating linear speeds of orbiting bodies, and the calculation of escape velocity of rockets/satellites on a planet.
Suitable for students in Year 10, 11 and 12 being introduced to space physics.
5 Worksheets consisting of 81 questions with full answers related to the chemical composition of a cell, which includes topics of the importance of water in a cell, the structure of a water molecule and its characteristics that is useful to cell function as a universal solvent, the classification of carbohydrates as monosaccharides, polysaccharides, disaccharides, identifying the types of carbohydrates in different food groups, the hydrolysis and condensation of carbohydrates, the uses of different carbohydrates for healthy lifestyle, the basic monomer unit of protein, the function and classification of protein, identifying the condensation and hydrolysis of proteins, the composition of proteins and level of organization and structure of protein, basic knowledge of DNA and RNA, the function and chemical composition of nucleic acids, comparing the differences and similarities of DNA and RNA molecules, the basic composition of fat, the differences and similarities of saturated and unsaturated fats, the solubility of fats in water and organic solvents, types of lipids, the condensation and hydrolysis of fats and fatty acids, the structure and composition of triglycerides, classification of saturated and unsaturated fats by chemical structure and importance of fats.
Diverse questions consisting of MCQ, structured and essay questions.
Suited for students in Year 10-12 (KS4)
2 worksheets consisting of 24 questions with full answers related to the basic monomer unit of protein, the function and classification of protein, identifying the condensation and hydrolysis of proteins, the composition of proteins and level of organization and structure of protein, basic knowledge of DNA and RNA, the function and chemical composition of nucleic acids, comparing the differences and similarities of DNA and RNA molecules.
Diverse questions consisting of MCQ and structured questions.
Suited for students in Year 10-12 (KS4)
1 worksheets consisting of 29 questions with full answers related to the basic composition of fat, the differences and similarities of saturated and unsaturated fats, the solubility of fats in water and organic solvents, types of lipids, the condensation and hydrolysis of fats and fatty acids, the structure and composition of triglycerides, classification of saturated and unsaturated fats by chemical structure and importance of fats. Diverse questions consisting of MCQ and structured questions.
Suited for students in Year 10-12 (KS4)
2 Complete Worksheets featuring 15 multiple choice questions, 23 structured questions plus a complete experiment template with expected answers and explanations.
The questions cover the chapter of enzymes which relate to the lock-key action of enzymes, the different types of enzymes (amylase, lactase, lipase, protease, trypsin and pepsin), the optimum pH and temperature of enzyme activity, the function of enzymes on rate of reactions and the hydrolysis of nutrients, the uses of enzymes in every day life, the production of enzymes on a cellular level, the difference between the intercellular and extracellular enzymes, factors affecting the denature of enzymes and the template for the experiment to investigate the effects of temperature on the activity of salivary amylase with expected answers.
The worksheets are suited for biology students in Year 10, 11 and Key stage 4.
2 Worksheets consisting of 28 questions with full answers related to the chemical composition of a cell, the importance of water in a cell, the structure of a water molecule and its characteristics that is useful to cell function as a universal solvent, the classification of carbohydrates as monosaccharides, polysaccharides, disaccharides, identifying the types of carbohydrates in different food groups, the hydrolysis and condensation of carbohydrates, the uses of different carbohydrates for healthy lifestyle.
Diverse questions consisting of MCQ, structured and essay questions.
Suited for students in Year 10-12 (KS4)
2 Worksheets with challenging questions and answers for determining resultant force of non-parallel vector forces and determining forces in equilibrium suited for students in KS4.
A classroom bundle with 80 slides and 7 Worksheet with over 100 questions and answers to provide a comprehensive summary and revision to redox with topics related to :
reduction and oxidation by gain and loss in oxygen,
reduction and oxidation by gain and loss of electrons,
reduction and oxidation by gain and loss of electron numbers,
redox of complex ions
oxidising and reducing agents.
redox in single displacement reactions
redox in simple cell
redox in the rusting of iron
factors affecting the rate of rusting in iron
experiments on the factors affecting the rate of rusting
prevention of rust
extraction of metals using displacement reactions
Suited for students in Y10 and Y11.
