A concise explanation of this trickiest of concepts.

The KE equation is introduced. Example calculations and a st of questions(with answers).

From initial ideas of extension, definitions, calculations and gradients. All aspects of stretching springs are looked at.

This resource links infra-red from the electromagnetic spectrum to thermal radiation and it’s key characteristics are identified. Data on absorption and reflection of different surfaces is listed and a graph plot is required. A conclusion is required about the effectiveness of each surface. This resource has been designed as a home learning resource but would also work in the classroom. It is 1 of a set of 4 pieces about thermal energy transfer.

Considering reactions between hydrochloric acid and metals. The reaction equations are constructed and atomic diagrams are considered in the balancing of the equation.

The presentation describes the process of conduction on an everyday scale and then in terms of particles. True or False statement test at the end with answers. This resource could be expanded upon as a lesson in school. It has been designed as a home learning activity. It is 1 in a series of 4 about thermal energy transfer.

First in a series of presentations on refraction. Introduces the fundamental ideas. Designed as an online resource for Year 10.

This work focuses on the reaction of group1 and group2 metals in oxygen. Equations to balance and molecular diagrams to draw. All answers included. Designed as an introduction to reactions at KS3. Would work as an online resource at KS4.

Examples and questions demonstrating the difference between actual speed and relative speed. All answers included.

Describing the subatomic particles of the atom. Linking ideas of atomic number, nucleon number and isotopes.

Resource goes through the ideas of thinking distance and braking distance contributing to the total stopping distance. Also analyses the corresponding speed-time graphs with questions at the end with answers.

Gas pressure is described in terms of particles. It addresses what causes gas pressure, how temperature effects pressure and a change in volume and pressure. True or false quiz to assess learning at the end.

This works looks at the relationship between current and resistance and uses it to establish the change in resistance for different combinations of resistors. Students have to take readings from circuits and establish the pattern in series and parallel combinations.

Characteristics of a reflection diagram from a plane mirror are identified. There is a set of data to graph. A gradient calculation is shown giving a result of 1 which matches the incident angle to the reflected angle which in turn supports the law of reflection. Comments on the reliability of the data are then made.

This presentation introduces the ideas of current and voltage and the measurement of them. It has analogue meters to take readings from and then develops the ideas behind batteries and polarity.

The presentation describes the process of convection in a liquid and a gas on a particle scale. True or False statement test at the end with answers. This resource could be expanded upon as a lesson in school. It has been designed as a home learning activity. It is 1 in a series of 4 about thermal energy transfer.

The measurement of length. An introduction to using a ruler. *Accuracy *Zero end readings *Non-zero end readings *Use of set square Share the Assessment ppt. Answers in main ppt

Can identify Resultant force in simple context Can use resultant force to calculate acceleration Can apply resultant force ideas to skydiver That’s the learning. Questions/calculations/answers included in file.

A set of 3 presentations. Equations and explanations. Worked examples, Questions to AfL check. Contact pressure considers changing the orientation of a cuboid which changes the pressure. Fluid pressure is based upon fluid depth calculations. Gas pressure is calculations with the manometer considering a column of Hg.

The principles of thermal expansion are linked to the movement of particles. Questions on the expansion of mercury in a thermometer. Calculations and measurements to complete. Detailed answers on a separate ppt which is included.