Dhanvi Puttana’s requested Masterclass 1 modules

Description

This product comprises of 62 requested modules (at £7/module):

Bio 1.04: Transport: diffusion, osmosis & active transport (Prac);
Bio 1.05: Aerobic Respiration (Prac);
Bio 1.06: Anaerobic Respiration;
Bio 1.08: Cell division: Mitosis;
Bio 1.09: Cell division: Meiosis;
Bio 1.10: Stem cells & differentiation;
Bio 1.11: Circulatory system: vessels & blood;
Bio 1.12: Circulatory system: heart;
Bio 1.15: Inheritance;
Bio 1.16: Mutations and variations;
Bio 1.17: The endocrine system;
Bio 1.18: Thermoregulation;
Bio 1.19: Blood Glucose regulation & diabetes;
Bio 1.20: The Menstrual Cycle and Pregnancy;
Bio 1.21: Osmoregulation;
Bio 1.21: Thyroid and Adrenal regulation;
Bio 1.22: The Kidneys;
Bio 1.23: Contraception;
Bio 1.24: IVF;
Bio 1.25: Monoclonal Antibodies;
Bio 1.26: Digestive system;
Bio 1.27: Protein synthesis;
Bio 1.28: The brain, nervous system and the reflex arc;
Bio 1.29: The eye;
Bio 1.30: Long and short-sightedness;
Chem 1.04: Reactions of metals and acids to form salts (Prac);
Chem 1.05: Strong & Weak acids;
Chem 1.08: Bonding I: Covalent;
Chem 1.09: Bonding II: Ionic;
Chem 1.10: Bonding III: Metallic & alloys;
Chem 1.11: Factors affecting the rates of reactions;
Chem 1.12: The reactivity series;
Chem 1.13: Calculations I: Combining power, RAM, RFM;
Chem 1.14: Calculations II: Mass/Mr Mole, Empirical formulae & percentage composition;
Chem 1.19: Balancing Equations II: Advanced skills;
Chem 1.20: Displacement reactions and ionic equations;
Chem 1.21: Precipitate reactions and ionic equations;
Chem 1.22: Nanoparticles and some composites;
Chem 1.24: Endothermic and exothermic reaction profiles;
Chem 1.28: Greenhouse gases and global warming;
Chem 1.29: LCAs and sustainability;
Chem 1.30: Producing potable water (Prac);
Phys 1.01: Scalars & Vectors, and Physics formulae.
Phys 1.04: Momentum and the conservation of momentum.
Phys 1.06: Terminal Velocity & falling objects.
Phys 1.07: Newton’s three laws of motion.
Phys 1.09: Motion and Forces and stopping distances.
Phys 1.10: Energy Efficiency.
Phys 1.12: Power and work done.
Phys 1.13: Conserving energy in the home and payback time.
Phys 1.14: Simple Circuit Ideas and Electricity Basics.
Phys 1.20: Investigating radiation (Prac).
Phys 1.21: Generating EM Waves, Uses and Hazards of EM waves.
Phys 1.22: Alpha, Beta & Gamma Radiation.
Phys 1.23: Penetrating and Ionising powers of alpha, beta and gamma radiation.
Phys 1.24: Half-life.
Phys 1.25: Fission and nuclear power stations
Phys 1.26: Fusion.
Phys 1.28: Nuclear equations.
Phys 1.29: Lenses and Lens diagrams.
Phys 1.30: The solar system, comets, satellites, asteroids, orbits, and the origins of the universe (models of Copernicus & Galileo).

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