A PowerPoint with information and questions to assess learning at various stages of the lesson.<br /> <br /> Exercises and exam questions have been included and should be used on the appropriate slides.<br /> <br /> Finally, I have included the full laboratory order sheet for the silver mirror experiment using Tollen's reagent so that you don't have to write one.<br /> <br /> Please also leave a rating if you have found it useful.<br />

<p>This is an extensive (130 slide) PowerPoint that covers the entire A-Level Chemistry Thermodynamics chapter. It is not just a PowerPoint packed with information, it contains a wide variety of short activities, jokes and detailed explanations to some of the most difficult questions in thermodynamics.</p> <p>The resources cover the following subtopics:</p> <ol> <li>Enthalpy changes (using Hess’s Law)</li> <li>Definitions of key thermodynamic terms such as L.E formation</li> <li>Step by step guide on how to construct a Born-Haber cycle using worked examples. The students then practice these new skills by applying them to Born-Haber cycle exam questions.</li> <li>Enthalpy changes when ionic substances dissolve in water and an explanation of how these values affect solubility.</li> <li>Entropy and Gibbs free energy equation with plenty of exam questions and short tasks to go with it.</li> </ol> <p>The exercises are from <a href="http://alevelchemistry.co.uk" target="_blank" rel="nofollow">alevelchemistry.co.uk</a> so I am not selling them but I have included it in here to save time.</p> <p>Finally, I have included an end of chapter test which you can use to assess your students.</p>

I've made this resource as I had an observed lesson on it. I have put a lot of effort into it and all the tasks match the PowerPoint slides. Lesson plan is also included.<br /> <br /> There is a short differentiated literacy task <br /> <br /> The PowerPoint slide has been designed to simplify flame emission spectroscopy for GCSE standards I have included simple animations and progress check questions.<br /> <br /> There's one bit of humor in there and i'm sure your students will like it :)<br /> <br /> If you add the practical, it should take two periods. The section on flame emission spectroscopy will take one period on slightly more.

GCSE Physics - Momentum calculations. <br /> <br /> The resource includes the following:<br /> <br /> 1) Full lesson PowerPoint that is easy to follow<br /> 2) Teacher led worked example on how to calculate momentum in collisions<br /> 3) Students apply this to 4 questions on collision (answers included)<br /> 4) Teacher led worked example on how to calculate momentum for explosions<br /> 5) Students apply this to 4 questions on explosion (answers included)<br /> 6) Exam questions<br /> <br /> Finally, there’s a link to a video I created specifically for this lesson and I recommend you watch it if you're not a specialist teacher.

<p>Resource includes (double lesson)</p> <p>This is a practical lesson</p> <ol> <li>PowerPoint which gently introduces the idea of Hooke’s law with a few examples. Students practice using F = k x e equation and the elastic potential energy equation.</li> <li>Results table including a mock results in case students fail to get reasonable values</li> <li>Exam questions on Hooke’s law</li> </ol>

https://www.youtube.com/watch?v=aqdKz1yg1bk&amp;t=112s (I created a video for this topic)<br /> <br /> Full PowerPoint with modelled teacher example. <br /> <br /> Students then apply this to two simple examples<br /> <br /> Finally students apply this to 2 exam style empirical formula questions.

One side is full information (pictures from Nelson and Thornes Chemistry book) and the other side has 6 questions relating the information page.<br /> <br /> Students read the information page and then answer the questions on the second page.<br /> <br /> This will take about 10-20 minutes (depending on your class).<br /> <br /> Answers are included.