<p>Sankey diagram worksheet for KS3/4.<br /> Task 1: is calculating efficiency from reading sankey diagrams, also includes a final task of ‘Spot the error’.<br /> Task 2: is drawing 2 sankey diagrams to scale.</p>

<p>Students must use moles to balance equations.<br /> The worksheet is set out so the students complete work on the sheet, including filling in all necessary values of mass and Mr, calculating moles and then finally dividing all moles by the smallest molar ratio.</p>

<p>Students must draw a tangent at a specific time and calculate the speed of travel.</p>

<p>A3 print out of Energy basic principles.</p>

<p>Worksheet using Magnification = Image size / Actual size.</p>

<p>Student must complete the story board showing phagocytosis, antibody production and antitoxin production.</p>

<p>Task 1: Students must first spot anomaly and calculate means.<br /> Task 2: Students must calculate a range from a data set<br /> Task 3: Students must calculate uncertainty, this is a stepped process. It is guided on the worksheet to first calculate the mean, then the range, then divide the range by 2 before writing the final answer.</p>

<p>Students must calculate the total displacement traveled using the velocity-time graphs.</p>

<p>Task 1: Students must use Moles=mass/Mr to calculate moles and rearrange for mass or Mr.<br /> Task 2: Students must then calculate reacting masses.</p>

<p>Students are given tables with data, they must draw the correct scale, add labels and plot data on the pre-populated graph.</p> <p>(Tip: I recommend printing the class set rather than printing one and copying, I noticed my school printer doesn’t scan and copy graphs well otherwise)</p>

<p>Students must read the scenarios given, and determine the independent, dependent and a control variable.</p>

<p>KS3 story timeline, student must draw Frosty, his particle arrangements, and include a description of what is happening during the change of state.</p>

<p>A3 sheet for students (KS3) to complete as a summary of specialised cell.</p>