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KS3, GCSE & A-Level Physics Curated Materials

Made by Physics Teachers, For Physics Teachers.

Welcome to Physics Geeks. We streamline your lesson prep with high-impact schemes of work, differentiated homework, rigorous assessments, and dynamic interactive visualizers.

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KS3, GCSE & A-Level

Instant access to ready-to-teach slides, clear diagram templates, and printables.

Resource Ecosystem

Everything You Need For The Physics Classroom

Carefully engineered materials designed to maximize student engagement and minimize teacher workload.

Schemes of Work

Complete 2-year mapping for GCSE & A-Level. Integrated practical skills, prior learning connections, and lesson pacing guides.

  • AQA Specification mapped
  • Core Practicals highlighted
  • Flexible sequencing templates

Homework Plans

Structured weekly problem sets with tiered difficulty (Foundation, Higher, Stretch) and self-marking options.

  • Worked solutions provided
  • Quick-check multiple choice
  • Mathematical practice sheets

Assessments

End-of-unit tests, diagnostic quizzes, and full mock examination papers written in authentic exam style.

  • Rigorous exam-board styling
  • Detailed mark schemes
  • Grade boundaries & trackers

Revision Resources

High-density summary sheets, mind maps, formula derivation guides, and flashcard prompt decks.

  • Vector diagrams & circuit maps
  • Formula sheet memory tips
  • Common misconception alerts
Interactive Pedagogy

GCSE & A-Level Visual Tools

Simulate live physics demos on your classroom projector or interactive whiteboard.

GCSE & A-Level Wave Optics Snell's Law: $n_1 \sin\theta_1 = n_2 \sin\theta_2$

Light Refraction at Boundary

Demonstrate wave bending and normal line angles as light traverses media of varying refractive indices.

Key Formula: $n = \frac{\sin i}{\sin r}$
GCSE Electricity Ohm's Law: $V = I R$

DC Circuit & Current Flow

Observe electron flow density and lamp brightness changes as battery voltage and circuit resistance vary.

Calculated Current ($I$): 0.90 A
A-Level Mechanics SUVAT: $v = u + at$

2D Projectile Motion

Analyze parabolic paths, horizontal velocity consistency ($u_x = u \cos\theta$), and maximum range.

Theoretical Max Range ($R$): 63.7 m
GCSE & A-Level Oscillations $T = 2\pi \sqrt{\frac{L}{g}}$

Pendulum SHM Visualizer

Demonstrate kinetic and gravitational potential energy exchange in real time.

Calculated Time Period ($T$): 2.46 s
Interactive Formula Reference

Essential Physics Equation Bank

Click any key equation to copy LaTeX code directly for your exam papers, worksheets, or digital presentations.

Teacher Tip:

Use LaTeX rendering in platforms like Quizlet, Canvas, Moodle, or PowerPoint for crisp, vector math text.

Newton's Second Law
$F = m a$
Click to Copy TeX
Mass-Energy Equivalence
$E = m c^2$
Click to Copy TeX
Wave Speed Equation
$v = f \lambda$
Click to Copy TeX
de Broglie Wavelength
$\lambda = \frac{h}{p}$
Click to Copy TeX
Capacitor Discharge
$Q = Q_0 e^{-\frac{t}{RC}}$
Click to Copy TeX
Alpha Decay Equation
$^{A}_{Z}X \rightarrow ^{A-4}_{Z-2}Y + ^{4}_{2}\alpha$
Click to Copy TeX
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