Resources included here were used as part of an observed lesson which was graded as outstanding. These resources have been used successfully with SEN and Entry Level students but would also work well with primary age students. A PowerPoint presentation that guides students through the necessary input for adding monetary amounts successfully; includes tutor notes where appropriate. Supported with differentiated worksheets that students can complete individually or in pairs. Answers have also been included. Two notebook activities have also been included for those who may have access to a SmartBoard.

Equip your students with the confidence and skills to master Efficiency calcuations with this “Shed Loads of Practice” (SLOP) worksheet, focused on calculating percentage efficiency, total energy/power input and useful energy/power output. Our SLOP Calculation worksheets feature questions which mimic the typical style of calculation question on AQA papers. Through 9 worded questions, students will independently practice applying the idea of efficiency, while also practicing rearrangement. Worked examples and solutions are included to help you to support students in demonstrating the key skills of substitution and rearrangement, maximising their marks. Perfect for Exam Preparation: This worksheet is an excellent tool for preparing students to tackle calculation questions typically found on AQA Physics Paper 1, and could be equally valuable for other exam boards. Files: Ready-to-print worksheets and solution documents (.pdf) Editable version of worksheets (.doc) Worked examples and solutions PowerPoint (.ppt) using our clean Resistance Physics Layout. Featuring: Worked Examples: Model the methods for calculations and problem-solving. Clear FIFA Routine Expectations: Solutions follow the FIFA approach (Formula, Insert, Fine-tune, Answer), supporting students in applying key mathematical skills such as substitution, rearrangement, and unit conversion. Progressive Difficulty: Questions gradually increase in demand. Fuss-free Feedback: Solutions and answers are provided in a ready-to-print formats and as a projectable PowerPoint slide deck. Versatile Use: Ideal for classroom learning, homework, cover work, or revision. Adaptable for Edexcel and OCR. Similar resources: Elastic Potential Energy Calculations SLOP Kinetic Energy Calculations SLOP Power Calculations SLOP GPE Calculations SLOP P1 Energy Multi-Step Calculations Worksheet P2 Electricity Equation Worksheet Bundle P5 Forces Equation Worksheet Bundle

Help students to unlock the skills to calculate weight, mass and gravitational field strength with this set of 40 questions designed to enhance understanding and application of the weight equation. Perfect for KS3 students, or for KS4 review of prior learning this question set covers a wide range of scenarios using metric SI units (N, kg, N/kg). Students practice using the weight equation and then progress to manipulating the equation to calculate mass and gravitational field strength. For an increased challenge students will then need to decide how best to use the equation for 10 mixed questions.

Worksheet consisting of 15 questions where students need to calculate the energy using specific heat capacity formula. Answers are included, so can be used as revision or as a final assessment task

This is a collection of six colourful posters that show the basic methods for adding, subtracting, multiplying and dividing fractions. There is also a poster illustrating the connection between top heavy fractions and mixed numbers and one showing how to decide which of two fractions is larger. The illustrations make them suitable for all age groups. Adding Fractions Subtracting Fractions Multiplying Fractions Dividing Fractions Mixed Numbers - Top Heavy Fractions Which is Bigger ? Print these out and use them as posters or laminate and use as revision cards. Can also be used on a whiteboard. For more resources like this please visit the SKILLSHEETS Shop

AQA GCSE Physics and Science Trilogy. Differentiated calculation questions from foundation to grade 9. Designed using colour coding and backwards fading to support and challenge.

Lesson to build on students understanding of refraction, detailing how to calculate the refractive index of a material - includes practicer questions for students. Ideal for Cambridge iGCSE P7 and more Developing: Recall and use the equation n= Sin(i)/Sin® Securing: Use angles of incidence and refraction to calculate the refractive index of optical media. Exceeding: Apply knowledge to determine the critical angle of different optical media.

Total of 72 questions (plus answers) across all of GCSE Physics Electricity. There are 7 sections which include questions on each of the GCSE Physics electricity equations and the final section is a mixture of much harder questions. Although I originally designed this to be suitable for GCSE Physics only (and all questions can be answered using just GCSE knowledge), these are also suitable for A Level Physics practice. Resource includes: Worksheet (pdf and word format) Answers (pdf and word format) 7 sections include: Current and Charge Potential difference, current and resistance Power, potential difference and current Energy, charge and potential difference Energy, power and time Adding resistors and circuit calculations Mixed questions (Harder questions)

Three worksheets of practice carrying out concentration calculations using moles. Sheet labelled m is scaffolded to help pupils carry out the calculations. Also includes a set of practice questions intended as homework but could be used as revision or extra practice. All with answers.

New for the AQA GCSE 1-9 Combined Trilogy module ‘C4 Chemical Calculations (Quantitative Chemistry)’ Full lessons ready to use straight ‘out of the box’. DOUBLE LESSON on Relative masses and the higher tier moles calculations. Lessons meet the full criteria for this unit Similar structure to my other power points following the input - activity - review phasing Plenary sections for progress checking Clear learning objectives and outcomes Modern and engaging layout Little adaptation needed Practice exam questions for each lesson with mark schemes Each lesson covers at least an hour of lesson time 29 ppt slides Please leave constructive feedback :D

Use rounding to the nearest 10 100 and 1000 to estimate the answer to addition questions. Differentiated and suitable for KS2.

This lessons focus is on calculating the number of atoms in compounds for AQA GCSE Quantitative Chemistry using moles and Avogadro’s Constant. This lesson is very helpful for students (and staff) who struggle to apply Avogadro’s constant and moles to exam questions as it walks through questions step-by-step in a highly scaffolded and supported way. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. The lesson follows AQA GCSE Chemistry specification (C1 - Quantitative Chemistry) with GCSE Exam questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions.

A calculated colouring activity in which students create their own Christmas card featuring a jazzy Christmas jumper! Students have to answer the questions in order to reveal the colours to shade the jumper. The questions feature all four operations, powers, brackets and roots so they will offer good practice on using a calculator properly. Once complete and coloured in they can add their own greeting to the front and the inside of the card. This makes a great task for the end of term and gives the students a nice card to take home, with all the maths on the back of the card for them to show off! The resource includes full instructions, a clear solution and ideas for how to extend students who finish. It can easily be made into a full lesson by combining it with other resources from our Christmas bundle. Get this resource as part of our great value Christmas Maths Bundle

A student workbook with A Level examination questions along with an accompanying teacher PowerPoint which explains how to solve the questions. The resource goes through several calculations and question types involving a stage micrometer and eyepiece graticule. The PowerPoint and student workbook both have a step by step example of how to calibrate an eyepiece graticule and then how to use the same eyepiece graticule to measure cells and cellular components. The size of cells and organelles are measured using the micrometre (μm) scale. One question also asks student’s to calculate magnification (M) when both the size of the image (I), and the actual size of the specimen (A), is known. A starter activity where students label the parts of a light microscope is also included in both the PowerPoint and student workbook The A Level OCR examination questions give students practice in calibrating an eyepiece graticule and use images from microscopes. The student booklet contains 6 questions and a range of different question types (calculation, written response and multi-choice) where students use their calculations of the eyepiece graticule to calculate the actual size of some real example images. Useful for exam practice and to build understanding of a tricky topic. Answers included in the animated PowerPoint so that the teacher can explain each step in the calculation. There is also a teacher version of the student workbook with a full mark scheme and examiner’s feedback.

Learning Objectives Starter: - To perform (mental) calculations. - To revise factors, multiples and prime factors. Main Lesson: - To solve problems involving addition, subtraction, multiplication and division and a combination of these, including understanding the meaning of the equals sign (Year 5) - To use their knowledge of the order of operations to carry out calculations involving the 4 operations (Year 6) - To use conventional notation for the priority of operations, including brackets, powers and roots (KS3) This lesson consists of: A Starter consisting of a series of progressively harder, multi-step calculations and revision of common factors, common multiples and prime factors. A connect activity getting children to begin to understand why it is necessary to have a specific order when undertaking multi-step calculations. An Interactive Whiteboard teaching introduction for both Notebook and ActivInspire flipchart, to teach how to apply BODMAS to brackets and orders / powers. This includes a PowerPoint presentation showing defining, explaining and applying BODMAS to two different calculations. A 4-way differentiated series of tasks requiring children to use BODMAS to carry out multi step calculations with all four operations, with brackets, squared and cube numbers and how to balance equations. A stretch challenge including square roots. Answer sheet provided to support marking. A final AFL / Next Steps task, asking children to correct mistakes in 3 multi-step calculations.

The all-NEW GCSE Science revision packs! Perfect if you teach GCSE Chemistry Single Science, this fully differentiated and resourced bundle supports your students in revising all the Chemistry calculations covering the full GCSE Chemistry specification. Adapted to cover all exam boards, students will revise the following calculations: RECALL: Interpreting chemical formulae, atomic number and mass number, empirical formula, conservation of mass, balancing symbol equations. Calculating RAM (Relative Atomic Mass) Calculating Mr (Relative Formula Mass) Using mass to calculate empirical formula Calculating the masses of reactants or products Mole calculations (Higher) Calculating the mass of a product using moles (Higher) Using moles to balance equations (Higher) Calculations involving limiting reactants Concentration calculations Converting concentrations (Higher) Titration calculations (Higher) Molar volume and calculating the volume of a product Percentage yield and atom economy calculations This lesson includes a detailed and engaging lesson PowerPoint with differentiated activities, exam style questions and progress quizzes for students to complete. Enjoy and feel free to leave a review. INCLUDED IN BUNDLE: 40 slide PowerPoint Presentation with key points, progress check questions, checkpoints, practice exam questions and quizzes.

A worksheet to give pupils an opportunity to use a calculator to work with powers and root. Suitable for KS3/4. Questions lead to reasoning and problem solving. Extension sheet is exam questions including rounding to appropriate degree of accuracy. All answers are included.

Introduction to basic function of Scientific calculator “Casio”

DescriptionOpportunity to explore a wide range of calculations and ways of solving problems using the calculators. Other topics covered: Number

Pi Day - calculate pi using 2 infinite series and a formula. Good use of a calculator and rounding - perfect for Pi Day celebrations!