<p>Lesson 2 in Infection and Response</p> <p>This lesson shows the symptoms, transmission, prevention and treatment for Viral and Bacterial Diseases.</p> <p>After each learning point is exam questions associated with the content and is designed to be taught in a fast paced lesson.</p> <p>Students can you a table/poster/organised book format to take information about diseases.</p>

<p>Lesson 1 in Infection and Response</p> <p>Lesson is PPT based with no print outs and goes through what a communicable disease is, and some of the preventions with the lesson finishing with 4 different case studies of different diseases. Using their knowledge from the lesson they need to explain how to prevent the diseases.</p>

<p>This lesson revisits protons/neutrons/electrons to students. Builds on this knowledge while challenging their concept that an atom is always the same and finally identifying what an Isotope is.</p> <p>Also has an extension built in to discuss and explain Nuclear Fusion.</p> <p>PPT and Worksheets included</p>

<p>Lesson 3 in the series has students learning about half life and the randomness of radioactive decay. There is embedded excel spreadsheet to average the results so that students can graph a more accurate half life (whether using pins for 50% decay rate, or dice for 1/6 decay rate).</p> <p>Also a spreadsheet that will graph results you have entered as a class.</p>

<p>This resource follows on from Isotopes and explains to students how Rutherford was able to disprove the Plum Pudding model and prove the Nuclear Model.</p> <p>Lessons include history of the atom and an embedded video.</p> <p>Includes an extension talking about ethics in earlier radiation research</p>