Week 2 The mole and reacting masses Acid-base titration and volumetric calculations Practice balancing equation and molecular mass. Assessment practice1.3 & 1.4 page 16 & 17 Week 3 Ionic & covalent bonding and formulae Describe the difference between ionic, covalent and metallic bonding. Draw two examples to represent each bonding type. Week 4 Group 1 & 7 elements Explain how electron affinity affects the reactivity of atoms. Week 5 Reaction of metals – displacement Variable oxidation states of transition metals Chemistry test 30 min Revise for chemistry test Evaluate how type of bonding. Intermolecular forces and molecule size affects the melting in elements in period 3 group 2 and 6. Assessments Homeworks
Week 6 Introduction to the history of the microscope Electron microscopes Magnification calculations Create a report on and electron microscopy. Week 7 Cells structure and function Specialised cells Produce revision on all the function of organelles in plants, animals and bacteria. Week 8 Structure and function of the blood Produce a report on how to classify bacteria as gram positive or gran negative. Week 9 Epithelial Pulmonary system cardiovascular and respiratory diseases Compare the structure and function of squamous and ciliated Week 10 Nervous system ECG traces Myelin sheath Chemistry test 30 min Outline the role of a synapse in the nervous system. Draw a diagram. Assessments Homework
Week 11 Introduction to show different types of waves, building a wave machine, establishing terms used to describe waves Introducing transverse and longitudinal Explain the difference between a transverse and longitudinal wave Week 12 Diffraction and superposition Progressive and Stationary (Standing) Resonance Complete assessment practice 1.15 on page 64 Week 13 equations on the speed of waves and how waves produce notes from vibrating air columns Complete assessment practice 1.16 on page 64 Week 14 Refractive index Total internal reflection, critical angler Complete assessment practice 1.17 on page 75 Week 15 Electromagnetic and inverse square law for intensity Wave intensity, inverse square law, communication Create a table comparing the properties of electromagnetic waves Week 16 Communication, specification, examination technique and revision Physics test 30 min Create a table comparing the different types of waves used for communication.
Assessments Homework Week 23 Colorimetry to determine the concentration of unknown copper sulphate Hand in first draft of 2A Colorimetry up Week 24 Calorimetry assignment 2B introduction Calibrating thermometer Calibrating thermometer write up Week 25 Steric acid cooling curve practical Steric acid write up Week 26 Paraffin wax cooling curve practical Paraffin wax write up Week 27 Calculating rate of change in temperature Assignment 2B write up Assessments Homework
Week 28 Assignment 2B write up Hand in first draft of 2B Assignment 2B write up Week 29 Chromatography assignment 2C introduction Principles behind chromatography Comparison table of paper and thin layer chromatography Week 30 and thin layer chromatography of plant leaf pigment Plant leaf chromatography write up Week 31 Plant leaf chromatography write up Plant leaf chromatography write up Week 32 Amino acid chromatography practical Amino acid chromatography write up Assessments Homework
Week 33 acid chromatography practical Hand in first draft of 2C Amino acid chromatography write up Week 34 Introduction to assignment 2C & D Week 35 Identify key skills learnt in each unit Complete comparison Week 36 Transferable skills Explain how the skills identified can be transferred to different units Week 37 Problems encountered and how were they overcomed? Complete unit 2C&D Write up Assessments Homework