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Inside the Brain

These resources from the Wellcome Trust explore how imaging research has changed the way we look inside one of our most fascinating organs, the brain. The accompanying lesson ideas provides related activities and ideas for investigations or extended project qualification (EPQ). There is useful background...

Proteins

These resources explore proteins by their different function, with examples of how they give structure to living things, carry messages and molecules around our bodies, support the immune system, catalyse chemical reactions, and their use in industry and medicine:

Structure and movement How proteins give...

TRUMP Part 5: Telescopes and Instruments

This part of the TRUMP Astrophysics resource package dealt with the design and performance of astronomical telescopes and instruments. Like all other parts of the TRUMP package, this part contains study notes (self-study material for teachers), teaching notes and photocopiable student sheets.

This part drew...

TRUMP Part 4: Planets and Orbits

This part of the TRUMP Astrophysics resource package dealt with historical and modern observations of planets and their orbital motions. Like all other parts of the TRUMP package, this part contains study notes (self-study material for teachers), teaching notes and photocopiable student sheets.

This part...

TRUMP Part 3: Star Formation and Evolution

This part of the TRUMP Astrophysics resource package dealt with the formation, evolution and 'death' of stars. Like all other parts of the TRUMP package, this part contains study notes (self-study material for teachers), teaching notes and photocopiable student sheets.

This part formed a sequel to Part 2 of...

Transit Math

This series of activities from NASA take a mathematical approach to looking at transits, eclipses and occultations. They are intended as supplementary problems for students looking for additional challenges in mathematics and physical science from age 11 to 19 years.

The problems were created to be authentic...

The Rotational Period of the Sun

This activity, from the Royal Observatory Greenwich, introduces students to ways of combining errors (uncertainties) from two independent measured quantities. Using the equation for Doppler shift, the error in the rotational velocity and time period are calculated.

The content of the files are identical,...

The Large Hadron Collider (LHC)

From the Science and Technology Facilities Council (STFC), the 'Big questions, big experiment' wall chart describes the Large Hadron Collider (LHC) at CERN. It looks at the "big questions" about our Universe that scientists are trying to answer, and how the amazing LHC will help them to do so. The 'Tunnel to the...

The Age of the Universe

This activity, from the Royal Observatory Greenwich, looks at Hubble’s law, whereby students use real data from the Sloan Digital Sky Survey to plot a graph from which they can obtain the Hubble constant. Students then look at the possible sources of error in their data and use this to calculate the uncertainty in...

Where Would You Photograph? (7-11)

In this activity children take on the role of Earth observation scientists submitting a request for an image they would like for their research. This gives them the opportunity to consider the possibilities of pictures taken from orbit (and the limitations) and to write scientifically for a specific audience. It...

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