This lesson follows on from the previous one (V) and gets students to put together formula for the perimeters and areas of squares, rectangles and triangles. These are set as a problem-based learning tasks for froup arrpoaches and there is then some extension tasks using the construction cubes. Lots of opportunities for discussions and exploring students thinking. Introduces the idea of proofs as well. Lesson works well for L5+ though could be higher depending on shapes used. There is also an assessment from Kangaroo maths attached. Follow me on twitter @boostprogress

A2 Biology - Inheritance - 2 - Monohybrid Inheritance. This is the second lesson on the GCE A-level Biology series on 'Inheritance' and as the title suggested covers a monohybrid inheritance using familiar examples. Tasks are differentiated at A, C and E standards. All the familiar examples are covered including Mendelian pea characteristics and coat colour. If there are suggestions or amendments to improve this resource then please let me know.

A2 Biology - Inheritance - 1. Introduction This is the first lesson on the GCE A-level Biology series on 'Inheritance' and as the title suggested covers an introduction to the key terms. Tasks are differentiated at A, C and E standards. All the familiar examples are covered including Mendelian pea characteristics and coat colour. If there are suggestions or amendments to improve this resource then please let me know.

This level 5+ resource can be delivered in maths or science and should take two to three hours to deliver. Ideally the speed section should be combined with some simple practical activity around falling objects (terminal speed) or cars down a slope. The worksheet is also useful for extension. There is an extension section at the end for L6 students to construct formula. Follow me on twitter for updates on latest resources: https://twitter.com/boostprogress

This superb resource is a combination of research published around Bloom's, SOLO Taxonomy and Metacognition. It was inspired by the Sutton Trust report into factors affecting student's learning and the awareness that metacognition and reflective learning was a key driver. Students and teachers can use the tool to look at all stages of students thinking, most advantageously when looking at the different stages in projects and during problem-solving tasks. This is the only successful metacognition resource available and it has been tried and tested. As always please leave feedback and make any suggestions for improvement. Regards, Boostprogress (Twitter follow @boostprogress)

This is the fourth lesson on the GCE A-level Biology series on 'Inheritance' and as the title suggested covers Dihybrid and Epistatic crosses. Tasks are differentiated at A, C and E standards. All the familiar examples are covered including Mendelian pea characteristics and coat colour. If there are suggestions or amendments to improve this resource then please let me know.

Resources for supporting the teaching of L4 and, possibly L5 students learning translations. Covers a range of shapes and the geometrical techniques. There is the basis for a lesson and please provide any feedback or improvements. Follow on @Boostprogress

Resources for supporting the teaching of L4 and, possibly L5 students learning rotation. Covers a range of shapes and the geometrical techniques. There is the basis for a lesson and please provide any feedback or improvements. Follow on @Boostprogress

Have you ever thought about the cognitive demand of learning tasks? I had a go at putting common tasks into Bloom's taxonomy. This is useful for differentiating tasks within a lesson and across lessons. Please as always let me have feedback on improving this resource.

A cross-curricular numeracy resource. Each card is identified by science, geography or technology as an area of pupil weakness - specifically linked to numeracy/mathematical skills. These cards may be used for information by teachers, displayed in classrooms or pupil exercise books as a learning resource. I am hoping to encourage other teachers to produce a few more and email them back to me. The cards are also part of a whole-school numeracy action plan and the full set of KS3 and 4 will contain 80 cards - plus any emailed to the collection.

GCSE Core Science - Food and Health - Burning Food This resource is one of four lessons and perfect for students of middle to lower abilities at targeting 'C' grades at the end of their course. The focus is on obtaining energy from food and these resources support the basic burning food to heat water practical. There is a good video link and then very strong components to analyse and graph the practical results, developing key How Science Works skills. There are also some differentiated activities and tasks, including a nice energy game. If you have ideas for improving this resource then please let me know.

These resources for L4+ focus on the changes between states of matter and were supported by a decent video, three practicals of melting ice and Salol and extracting Salt from Rock Salt. There is also a display task at the end. Please do your own risk assessments. These resources are just the basics for building your own lesson plans. As always please leave feedback and follow @boostprogress and @CE4ET.

A series of PPTs that support an introduction to acids and alkalies for KS3. There are a couple of well described practicals testing pH of solutions, simple neutralization and the indigestion tablet practical. There is also a short assessment to finish off the topic at L4+ and L5+. All objectives leveled and linked to SOLO taxonomy. As always follow @boostprogress or @CE4ET and leave feedback.

A series of activities for teaching L5+ pupils about Improper Fractions. There is nice progression in the activities for use with lesson observations and worded problems to address literacy requirements. As always please leave feedback and comments and follow @boostprogress.

A first lesson for L4 pupils, possibly even L3+ students, beginning with key terms, comparison of photographs of graphs drawn by three pairs of pupils and then pupils drawing their own first quadrant. Pupils then identify coordinates from the first quadrant and points find points along lines in the first quadrant and an unknown shape. Resource finishes with a game for pupils and they may design their own version as well. Many opportunities for group approaches. As always follow me on twitter @boostprogress and provide feedback comments.

The basis of a lesson on how testing of Antibiotics are done in simple drug trials. There is a good video link and a table for analysis and the setting of more questions. This lesson is pitched around end of course grade C students.

A series of 2 or 3 lessons that address separation techniques: filtration and paper chromatography. The filtration uses a mixture of sand, iron filings and water and for chromatography you need filter paper chromatography strip and a suitable colors of felt tip or highlighters. There are frames provided for students to record their learning on and a second copy for teachers to complete for peer-assessment. The lesson is ideal for learners between 9-14 years of age in science or classroom settings. Please also complete your own risk assessment, specifically around the solvent for chromatography: in my practical I used ethanol as it dissolves pigments in pens. Alternatively, you could try water for water-soluble pens and inks, if necessary. All images are obtained using creative commons licence or my own images.

Resources for supporting the teaching of L4 and, possibly L5 students learning enlargement. Covers a range of shapes and the geometrical techniques. There is the basis for a lesson and please provide any feedback or improvements. Follow on @Boostprogress

Resources for supporting the teaching of L4 and, possibly L5 students learning reflection. Covers a range of shapes and the geometrical techniques. There is the basis for a lesson and please provide any feedback or improvements. Follow on @Boostprogress

L4 to L6 exploration of different models of the particle theory. Requires students to do some extended descriptions and to evaluate three different diagrammatic models. Finishes with an evaluation of six substances that are challenging to classify - these may also be given to students to add a practical/kinesthetic aspect. There is also link to SOLO taxonomy to help with the progression mapping. As always provide feedback and you can follow me @boostprogress