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Free Science Education for everyone in the world. All types of sources for Physics will be available here.

Lessons, PPT, Videos, Books,and video lectures on different topics.

Need help in edexcel A level Physics free help for all world available contact me
03/10/2026

Need help in edexcel A level Physics free help for all world available contact me

03/10/2026

πŸš€ Edexcel International A Level Physics | Projectile Motion

In this lesson, I explain Projectile Motion step by step, focusing on the key concepts and exam techniques students need for Edexcel IAL Physics.

πŸ“Œ Topics covered:
β€’ Definition of projectile motion
β€’ Horizontal and vertical components of velocity
β€’ Independence of horizontal and vertical motion
β€’ Acceleration due to gravity
β€’ Resolving the initial velocity into components
β€’ Time of flight, horizontal range and maximum height
β€’ Applying SUVAT equations
β€’ Exam-style and past-paper questions
β€’ Key points and common mistakes to avoid

🎯 The main idea students should remember:

Horizontal motion β†’ constant velocity
Vertical motion β†’ acceleration due to gravity

The Edexcel specification specifically requires students to understand the independence of horizontal and vertical motion of a projectile moving freely under gravity.

I have also included past-paper-style questions to help students apply the concepts rather than simply memorise formulas.

πŸ“š For Edexcel International A Level / A Level Physics students preparing for Unit 1: Mechanics and Materials.

If you find the lesson useful, please like, share and follow for more Edexcel Physics lessons and exam-question practice.

πŸš€ Edexcel International A Level Physics | Projectile Motion

In this lesson, I explain Projectile Motion step by step, focusing on the key concepts and exam techniques students need for Edexcel IAL Physics.

πŸ“Œ Topics covered:
β€’ Definition of projectile motion
β€’ Horizontal and vertical components of velocity
β€’ Independence of horizontal and vertical motion
β€’ Acceleration due to gravity
β€’ Resolving the initial velocity into components
β€’ Time of flight, horizontal range and maximum height
β€’ Applying SUVAT equations
β€’ Exam-style and past-paper questions
β€’ Key points and common mistakes to avoid

🎯 The main idea students should remember:

Horizontal motion β†’ constant velocity
Vertical motion β†’ acceleration due to gravity

The Edexcel specification specifically requires students to understand the independence of horizontal and vertical motion of a projectile moving freely under gravity.

I have also included past-paper-style questions to help students apply the concepts rather than simply memorise formulas.

πŸ“š For Edexcel International A Level / A Level Physics students preparing for Unit 1: Mechanics and Materials.

If you find the lesson useful, please like, share and follow for more Edexcel Physics lessons and exam-question practice.

03/10/2026
28/09/2026

πŸ“š Edexcel A Level Physics – Mechanics | Equations of Motion (SUVAT)

In this lesson, we learn how to use the equations of motion (SUVAT) to solve Edexcel A Level Physics Mechanics problems.

In this video:
βœ… Find acceleration using equations of motion
βœ… Calculate final velocity
βœ… Identify the correct SUVAT equation
βœ… Solve different exam-style Mechanics problems step by step
βœ… Develop a clear method for approaching Physics calculations

πŸŽ“ Questions, Support & Live Lessons

If you have any questions or need help with Physics, leave a comment on this video or contact me directly:

πŸ“§ Email: [email protected]
πŸ’¬ WhatsApp: 00923703888746 to

I also provide live Physics lessons on weekends for students who would like additional explanation, practice and support.

If you are interested in joining a weekend live lesson, comment β€œLIVE LESSON” below or contact me using the details above.

πŸ“Œ Topic: Mechanics – Equations of Motion
πŸŽ“ Level: Edexcel A Level Physics
πŸ“ Focus: SUVAT, acceleration, velocity and exam-style problems

Subscribe for more Edexcel A Level Physics lessons, worked examples and exam preparation.

28/06/2026

πŸŽ“ IGCSE PHYSICS – ESSENTIAL FORMULA CHART

πŸŽ“ IGCSE PHYSICS – ESSENTIAL FORMULA CHART
🟦 1. Density
πŸ“¦ Density = Mass Γ· Volume
ρ = m / V
βœ… Unit: kg/mΒ³ or g/cmΒ³

🟒 2. Speed
πŸš— Speed = Distance Γ· Time
v = d / t
βœ… Unit: m/s

🟑 3. Velocity
➑️ Velocity = Displacement ÷ Time
v = s / t
βœ… Unit: m/s

🟠 4. Acceleration
πŸš€ Acceleration = Change in Velocity Γ· Time
a = (v βˆ’ u) / t
βœ… Unit: m/sΒ²

Where:

u = Initial velocity

v = Final velocity

t = Time

πŸ”΄ 5. Force (Newton's Second Law)
πŸ’ͺ Force = Mass Γ— Acceleration
F = ma
βœ… Unit: Newton (N)

🟣 6. Weight
🌍 Weight = Mass Γ— Gravitational Field Strength
W = mg
βœ… Unit: Newton (N)

🟀 7. Momentum
⚽ Momentum = Mass Γ— Velocity
p = mv
βœ… Unit: kgΒ·m/s

πŸ”΅ 8. Work Done
πŸ”§ Work = Force Γ— Distance
W = F Γ— d
βœ… Unit: Joule (J)

🟒 9. Power
⚑ Power = Work ÷ Time
P = W / t
βœ… Unit: Watt (W)

🟑 10. Pressure
πŸ“Œ Pressure = Force Γ· Area
P = F / A
βœ… Unit: Pascal (Pa)

πŸ”΄ 11. Kinetic Energy
πŸƒ KE = Β½mvΒ²
βœ… Unit: Joule (J)

🟣 12. Gravitational Potential Energy
⛰️ GPE = mgh
βœ… Unit: Joule (J)

🟠 13. Centripetal Force
πŸŒ€ Fc = mvΒ² / r
βœ… Unit: Newton (N)

⭐ Remember SI Units
πŸ“ Distance β†’ metre (m)
⏰ Time β†’ second (s)
βš–οΈ Mass β†’ kilogram (kg)
⚑ Force β†’ Newton (N)
πŸ”‹ Energy β†’ Joule (J)
πŸš€ Speed β†’ m/s
πŸ“ˆ Acceleration β†’ m/sΒ²

28/06/2026

πŸŽ“ IGCSE PHYSICS – ESSENTIAL FORMULA CHART

πŸŽ“ IGCSE PHYSICS – ESSENTIAL FORMULA CHART
🟦 1. Density
πŸ“¦ Density = Mass Γ· Volume
ρ = m / V
βœ… Unit: kg/mΒ³ or g/cmΒ³

🟒 2. Speed
πŸš— Speed = Distance Γ· Time
v = d / t
βœ… Unit: m/s

🟑 3. Velocity
➑️ Velocity = Displacement ÷ Time
v = s / t
βœ… Unit: m/s

🟠 4. Acceleration
πŸš€ Acceleration = Change in Velocity Γ· Time
a = (v βˆ’ u) / t
βœ… Unit: m/sΒ²

Where:

u = Initial velocity

v = Final velocity

t = Time

πŸ”΄ 5. Force (Newton's Second Law)
πŸ’ͺ Force = Mass Γ— Acceleration
F = ma
βœ… Unit: Newton (N)

🟣 6. Weight
🌍 Weight = Mass Γ— Gravitational Field Strength
W = mg
βœ… Unit: Newton (N)

🟀 7. Momentum
⚽ Momentum = Mass Γ— Velocity
p = mv
βœ… Unit: kgΒ·m/s

πŸ”΅ 8. Work Done
πŸ”§ Work = Force Γ— Distance
W = F Γ— d
βœ… Unit: Joule (J)

🟒 9. Power
⚑ Power = Work ÷ Time
P = W / t
βœ… Unit: Watt (W)

🟑 10. Pressure
πŸ“Œ Pressure = Force Γ· Area
P = F / A
βœ… Unit: Pascal (Pa)

πŸ”΄ 11. Kinetic Energy
πŸƒ KE = Β½mvΒ²
βœ… Unit: Joule (J)

🟣 12. Gravitational Potential Energy
⛰️ GPE = mgh
βœ… Unit: Joule (J)

🟠 13. Centripetal Force
πŸŒ€ Fc = mvΒ² / r
βœ… Unit: Newton (N)

⭐ Remember SI Units
πŸ“ Distance β†’ metre (m)
⏰ Time β†’ second (s)
βš–οΈ Mass β†’ kilogram (kg)
⚑ Force β†’ Newton (N)
πŸ”‹ Energy β†’ Joule (J)
πŸš€ Speed β†’ m/s
πŸ“ˆ Acceleration β†’ m/sΒ²
t.

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