This bundle covers the full AQA A Level PE projectile motion content in two ready-to-teach 45-minute lessons. Each lesson has a PowerPoint, a student workbook and a teacher answer version.
Lesson 1 answers “How far will it go?” and Lesson 2 answers “What path will it take, and how can we represent its motion?”

What’s included (6 files):

• 2 PowerPoints (24 and 22 slides) with detailed teacher notes and timings
• 2 student workbooks (7 and 6 pages)
• 2 teacher answer versions, with every answer shown in green

Lesson 1: Factors Affecting Horizontal Displacement

• Speed, height and angle of release, each taught through prediction and diagrams drawn to scale
• A “Feel It” activity with no equipment, followed by a progressive reveal: 45°, less than 45°, more than 45°
• Hinge question and exit ticket aimed directly at the “45° is always optimal” misconception
• Shot put as the main application, with basketball as the contrast
• I Do / We Do / You Do leading to a 4-mark exam question, with “four links” feedback

Lesson 2: Flight Paths & Vector Components

• A “shot vs shuttle” puzzle that students solve by the end of the lesson
• Parabolic vs non-parabolic flight shown with a simple mirror test for symmetry
• Force diagrams showing why air resistance relative to weight is what matters
• Horizontal and vertical vector components built step by step at release, the highest point and just before landing
• A “Draw It” task with a model answer and self-check, a skill AQA has assessed directly
• An exit ticket covering the whole topic

Why teachers use Exam Vista resources:

Diagrams built from real projectile physics, so every angle and flight path is accurate
Built-in checks for understanding throughout (Show Me, Cold Call, hinge questions)
Exam skills embedded, with chains of reasoning, AO1/AO2/AO3 awareness and purple-pen improvement
Workbooks focus on thinking and applying, not copying slides
Tightly matched to the specification, using AQA’s named examples

Open it and teach it: everything you need for the complete projectile motion topic.