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Grade 11 Physics: modules and lessons

Explore Grade 11 Physics: 13 modules and 82 lesson entries. Use the dorKk lesson guide to plan revision and catch-up study.

dorKk provides pre-recorded CAPS-aligned video lessons for self-paced study alongside schoolwork. Choose a module below, find the lesson that matches your classwork, and use the sequence to identify gaps. This guide lists lesson titles; access to the videos depends on your subscription. dorKk is not an online school.

Source: dorKk English lesson list dated 21 January 2026. Catalogue entries may differ from current app availability.

Plan your study

  1. Choose the module you are currently studying at school.
  2. Try a textbook question first and note where you get stuck.
  3. Watch the matching lesson, try again and keep a list of questions for your teacher.

Worked explanations

DIMENSIONAL ANALYSIS

  1. 1.1.UNITS
  2. 1.2.CONVERSIONS

MECHANICS MOTION

  1. 2.1.INTRODUCTION TO VECTORS AND SCALARS
  2. 2.2.RESULTANT AND DIRECTION
  3. 2.3.POSITION, DISTANCE AND DISPLACEMENT
  4. 2.4.SPEED AND VELOCITY
  5. 2.5.TICKER TIMER, SPEED AND VELOCITY
  6. 2.6.AVERAGE AND INSTANTANEOUS SPEED AND VELOCITY
  7. 2.7.ACCELERATION
  8. 2.8.INTRODUCTION TO GRAPHS
  9. 2.9.GRAPHS OF MOTION PART 1
  10. 2.10.GRAPHS OF MOTION PART 2
  11. 2.12.KINEMATIC EQUATIONS

Module not specified

  1. 2.11
  2. PLANNED - NOT RECORDED
  3. 6.2
  4. 6.3
  5. 6.4
  6. 6.5
  7. 6.6
  8. 6.7
  9. 6.9

MECHANICS MOTION AND FORCES

  1. 3.1.DIRECTION AND RESULTANT
  2. 3.2.COMPONENTS OF THE RESULTANT OF VECTORS
  3. 3.3.RESULTANT OF VECTORS AND COMPONENTS
  4. 3.4.EQUILIBRIUM
  5. 3.5.FORCES AS VECTORS
  6. 3.6.GRAVITATION AND NORMAL FORCES
  7. 3.7.FRICTIONAL FORCES
  8. 3.8.EXPERIMENT; THE APPLIED FORCE AND STATIC FRICTIONAL FORCE
  9. 3.9.EXPERIMENT; THE APPLIED FORCE AND KINETIC FRICTIONAL FORCE
  10. 3.10.EXPERIMENT; THE APPLIED FORCE AND COEFFICIENT OF STATIC FRICTION
  11. 3.11.FORCES ON A SLOPE
  12. 3.12.FREE BODY DIGRAMS (HORIZONTAL MOTION)
  13. 3.13.FREE BODY DIAGRAMS ON A SLOPE

MECHANICS NEWTONS LAWS

  1. 4.1.NEWTONS FIRST LAW OF MOTION
  2. 4.2.NEWTONS SECOND LAW OF MOTION
  3. 4.3.NEWTONS SECOND LAW APPLIED TO HORIZONTAL MOTION
  4. 4.4.NEWTONS SECOND LAW APPLIED TO VERTICAL MOTION
  5. 4.5.NEWTONS SECOND LAW FORCES ON A SLOPE
  6. 4.6.NEWTONS SECOND LAW FORCES ON A SLOPE (EXAMPLE)
  7. 4.7.NEWTONS SECOND LAW APPLIED TO PULLEYS
  8. 4.8.NEWTONS SECOND LAW APPLIED TO PULLEYS (EXAMPLE)
  9. 4.9.NEWTONS SECOND LAW ELEVATORS
  10. 4.10.NEWTONS THIRD LAW OF MOTION

MECHANICS NEWTONS LAW

  1. 4.11.EXPERIMENT; THE NET FORCE AND ACCELERATION OF AN OBJECT
  2. 4.12.EXPERIMENT; THE MASS AND ACCELERATION OF AN OBJECT

NEWTONS LAW OF UNIVERSAL GRAVITATION

  1. 5.1.NEWTONS LAW OF UNIVERSAL GRAVITATION
  2. 5.2.COMPLEX EXAMPLES 1
  3. 5.3.COMPLEX EXAMPLES 2

GEOMETRIC OPTICS

  1. 6.8.EXPERIMENT; SNELL’S LAW
  2. 6.10.EXPERIMENT; THE CRITICAL ANGLE OF A HALF CIRCLE PRISM

WAVES, SOUND AND LIGHT

  1. PLANNED - NOT RECORDED

ELECTROSTATICS

  1. 8.1.INTRODUCTION TO CHARGES
  2. 8.2.ELECTROSTATIC FORCES A, ATTRACTION, REPULSION, FRICTION AND CONDUCTION
  3. 8.3.ELECTROSTATIC FORCES B, INDUCTION AND POLARISATION
  4. 8.4.CONSERVATION OF CHARGES
  5. 8.5.QUANTIZATION OF CHARGES
  6. 8.6.ELECTROSTATIC FORCES COULOMBS LAW
  7. 8.7.ELECTROSTATIC FORCES COULOMBS LAW EXAMPLE
  8. 8.8.ELECTROSTATIC FORCES CALCULATIONS

ELECTRIC CIRCUITS

  1. 9.1.INTRODUCTION AND TERMINOLOGY
  2. 9.2.CURRENT AND CURRENT STRENGTH
  3. 9.3.POTENTIAL DIFFERENCE AND EMF
  4. 9.4.RESISTANCE
  5. 9.5.RESISTORS IN SERIES
  6. 9.6.RESISTORS IN PARALLEL
  7. 9.7.CIRCUIT SIMULATIONS
  8. 9.8.CALCULATIONS OF COMPLEX CIRCUITS
  9. 9.9.OHMS LAW
  10. 9.10.POWER
  11. 9.11.ENERGY
  12. 9.12.CALCULATIONS OF COMPLEX CIRCUITS
  13. 9.13.EXPERIMENT; POTENTIAL DIFFERENCE AND THE CURRENT OF A RESISTOR LIKE A NICHROME WIRE
  14. 9.14.EXPERIMENT; POTENTIAL DIFFERENCE AND CURRENT OF A RESISTOR LIKE A LIGHTBULB

ELECTROMAGNETISM

  1. 10.1.INTRODUCTION
  2. 10.2.MAGNETIC FIELD AROUND A CURRENT CARRYING WIRE
  3. 10.3.ELECTROMAGNETIC INDUCTION; MAGNETIC FORCES AND CURRENT CARRYING WIRES
  4. 10.4.FARADAY'S LAW

ELECTRODYNAMICS

  1. 11.1.DIRECT AND ALTERNATING CURRENT
  2. 11.2.ELECTRICAL MOTORS AND GENERATORS
  3. 11.3.CALCULATIONS FOR AC

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