Current and Charge Flow, Q=It - SLOP Calculations Worksheet with Answers
Equip your students with the confidence and skills to master current and charge flow calculations with this “Shed Loads of Practice” (SLOP) worksheet, focused on the essential Electricity equation: Q=It (Charge Flow = Current x time).
This resource offers students the opportunity to independently practice and refine their calculation skills through 9 worded questions, with a strong emphasis on showing full working.
This worksheet is ideal for preparing students to answer calculation questions typically found on AQA Physics Paper 1 and is equally valuable for other exam boards.
Included:
- Ready-to-print worksheet
- Ready-to-print solution document
- Worked examples and solutions PowerPoint
Features:
- 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 complexity.
- Fuss-free Feedback: Solutions and answers are provided in a ready-to-print Word document and a projectable PowerPoint slide deck.
- Versatile Use: Ideal for classroom learning, homework, cover work, or revision. Adaptable for Edexcel and OCR.
Other equation resources:
E=QV
V=IR
P=IV
P=I^2 R
Multi-Step Calculations
Electricity Equations Bundle
Edited: 17/9/24 - Error corrections, pdf version added
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A bundle is a package of resources grouped together to teach a particular topic, or a series of lessons, in one place.
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P2 Electricity Equations Topic Megapack - SLOP Calculations Worksheets with Answers
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Physics Paper 1 GCSE Equation Megapack - 13 SLOP Worksheets with answers
This is a bundle of our calculation practice worksheets for each of the 13 equations covered in the AQA GCSE Combined Science Physics Paper 1. Use these to easily fill out your schemes of work for P1 Energy, P2 Electricity and P3 Particle Model with independent practice worksheets... Or simply load up on a SLOP for revision or interventions! For every resource, worked examples and full solution slides are included, so these activities are ready to plug and project, potentially saving you weeks of work! Each Resistance Physics calculation worksheet follows a similar format, consistent and coherent, so you and your students know what to expect. Develop the skills of substitution, rearrangement, unit conversions in problem solving required for Level 2 questions at the end of the Foundation Tier Paper and at the beginning of Higher Tier Papers. [Percentage Efficiency](/teaching-resource/resource-13233777) [Specific Heat Capacity, ΔE=mcΔθ](/teaching-resource/resource-13233261) [Gravitational potential energy, E=mgh](/teaching-resource/resource-13226419) [Elastic Potential Energy, E=½ke²](/teaching-resource/resource-13211860) [Kinetic Energy, E=½mv²](/teaching-resource/resource-13208670) [Power, P=E÷t](/teaching-resource/resource-13205095) [Charge and current, Q=IT](/teaching-resource/resource-13097167) (Free Taster) [Ohm's law, V=IR](/teaching-resource/resource-13097250) [Electrical Energy, E=QV](/teaching-resource/resource-13097213) [Electrical Power, P=VI](/teaching-resource/resource-13097271) [Electrical Power, P=I²R](/teaching-resource/resource-13097275) [Specific Latenty Heat, E=mL](/teaching-resource/resource-13236507) [Density, ρ=m÷V](/teaching-resource/resource-13197024) Features of each include: * Answer Sheet with full working * Worked Examples * Powerpoint with full solutions * Easy Scaffolding of FIFA routine * Ramped difficulty to provide challenge for all \ Written for AQA, but easily adaptable, these resources are ideal for classroom use, homework, cover work, or exam preparation. Related Resources: [P2 Electricity Equation Worksheet Bundle](/teaching-resource/resource-13099119) [P5 Forces Equation Worksheet Bundle](/teaching-resource/resource-13187812) [P7 Electromagnetism resource pack](/teaching-resource/resource-13220364)
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