These materials, from the Microbiology Society look at the work of Louis Pasteur and helps students to understand the growth of yeast. There are three resources that can be used together or separately and are suitable for Key Stage Two or Three students.

Marvellous microbes This comic strip...

From the Microbiology Society, these resources help children to think about how important it is to keep their hands clean to avoid spreading harmful microbes. Marvellous microbes: issue two This comic strip follows the story of a small girl and illustrates how important it is to wash her hands...

Produced by the Microbiology Society, these activities explore the microbes that cause dental plaque and tooth decay. [b]Marvellous Microbes issue three[/b] This comic strip shows a dentist explaining how plaque forms on teeth from saliva, food and bacteria. The dentist shows how a disclosing tablet can stain the...

In this activity, produced by ARKive, children learn about the concept of adaptation. They create and design a new species of mini-beast and learn how different species are adapted to survive in particular habitats. The activity could be undertaken in class or set as a homework activity. This creative activity is...

A factsheet for KS2 pupils on Mary Anning, the famous fossil hunter and collector from the 19th century. She made many incredible discoveries and became famous throughout the scientific world as her work was extremely important to palaeontology, the scientific study of ancient life.

Students watch a car production line to demonstrate mass production taking place. Details are given on the characteristics of mass production, and how it can be applied to engineered products. Students consider how they could describe batch production and its advantages and disadvantages. Students may begin to...

This resource looks at how cutting edge science is being used to answer archaeological questions, as well as solving present day problems, such as the identification of meat in processed foods. Analysis of mitochondrial DNA was performed, at the University of York, on samples from skeletal remains unearthed by the...

These diagnostic questions and response activities (contained in the zip file) support students in being able to:

• Describe weight as the force needed to support an object or substance.    
• Describe mass as a measure of the amount of matter in an object or substance.  
• Explain the...

Produced by the Royal Observatory Greenwich, this booklet shows how the Doppler effect and the radial velocity of an exoplanet can be used to calculate its mass. Included is an online video that demonstrates the Doppler effect using a portable speaker and discusses how it can be applied to a distant exoplanet....

In this simulation students can hang masses from springs, adjust the spring stiffness and damping, and even slow time. The lab can be transported to different planets and there is a chart which shows the kinetic, potential, and thermal energy for each spring.

[b]Sample Learning Objectives[/b]

*Explain...

From the Centre for Science Education, and with support from Shell Education services, these materials help children to understand electricity and electrical circuits.

The activity encourages children to create a matching pairs game in which contestants light up a bulb by answering questions and matching...

In this resource from the DfE Standards Unit, students practise differentiating quadratic functions and finding the values of a function and its derivative at specific points. They will distinguish between f (x) and f ′(x), relate values of f (x) and f ′(x) to the graph of y = f (x) and reflect on and discuss these...