This PowerPoint presentation contains all the material for Learning Aim D4

This resource was designed to be used in conjunction with Cambridge IGCE Physics unit 'direct sensing'. The content relates to potential dividers, thermistors, LDRs, and sensing devices. This resource could be used with any A Level syllabus.

Cathode Rays, Tubes, Electron guns, accelerating electrons, deflection of electrons, and CRO traces. This resource was designed for the Cambridge IGCSE Physics course, but could be used with any Physics course.

Fuses, Plugs, Insulation, Circuit Breakers and Earth Wires. This resources has been designed for use for Cambridge IGCSE Physics, but could be used for any Physics course.

Filament Lamp, Diode, and Resistor. Graphs and Conclusions for each component. Health and Safety and Practical Circuit. This resource has been designed for use with Cambridge IGCSE Physics, but could be used with any Physics course.

LDRs, Thermistors and Graphs for both components. This resource has been designed for use with Cambridge IGCSE Physics, but could be used with any Physics course. The additional presentation is designed for lower ability groups.

Mass, Weight, Gravity, Units of each, gravitation acceleration, different planets, two meanings of 'g', UVAST and 'g', and measuring 'g'. This resource was designed to be used with Cambridge IGCE Physics, but could be used with any Physics course.

Powerpoint presentation describing food chains, food webs, pesticides and DDT.

The dangers of prescription drugs. Physical and psychological consequences of drug taking. The serious health risks of drugs which are prescribed by doctors. The probability of addiction and its consequences.

What is a force, Contact and Non-contact, Types of force, Upthrust, Lift, Air Resistance, Normal Reaction, Weight, Friction, Viscous drag, Isaac Newton, Newton's 3 Laws, and a Practical about Newton's 2nd Law. This resource was design to be used with Cambridge IGCE Physics, but could be used with any Physics course.

UVAST equations, v/t graph, Derivation of all UVAST equations and how to solve UVAST problems. This resource was designed to be used with Cambridge AS Level Physics, though could be used with any Physics course.

Kinetic Energy, Equation for KE, KE changes down a ramp, Rearranging the formula, and Practical Investigation. This resource was designed for use with Cambridge IGCSE Physics, but can be used with any Physics course.

What is Potential Energy, Equation, Units, Examples of situations with GPE, Storing GPE, Comparison of GPE, Practical table, Examples. This resource is designed for use with the Cambridge IGCSE Physics course, but could be use with any Physics course.

BTEC Level 3 National Diploma in Applied Science. Unit 16 Astronomy and Space Science. Learning Aim A4: Features and characteristics of other solar system objects

This presentation supports the delivery of the Level 3 BTEC Unit 16 Astronomy and Space Science. It covers the design of earth based telescopes: refractors and reflectors. The advantages and disadvantages of each. A summary is given of various earth based telescopes in different regions of the electromagnetic spectrum as well as gravity waves.

This resources complements the BTEC U16 : Astronomy and space science unit. This presentation describes the main advantages and disadvantages of space based telescopes compared to earth based telescopes. Details of several important space telescopes are given including the region of the e.m. spectrum they observe in as well as key discoveries that each has made.

Resistors in Series, using voltmeter in parallel with component, calculate ratios of resistances, calculate voltage across each component, scaffold of calculation, practical investigation and checking ratios and conclusion.

Sine Rule, Cosine Rule and Examples of each. This resource was designed to be used with Cambridge IGCE Physics, but could be used with any Physics course.

Acceleration, equation, Velocity-Time graph, gradient and area, and measuring acceleration. This resource was designed to be used with Cambridge IGCE Physics, but could be used with any Physics course.