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الرئيسية
من نحن
الكورسات
الباقات
مميزات الكورس
تواصل معنا
سلة الشراء
حسابي

الرئيسية
من نحن
الكورسات
الباقات
مميزات الكورس
تواصل معنا
سلة الشراء
حسابي

20 Sections
79 Lessons
18 Weeks

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Chapter. 1 Units , physical quantity , Vectors
9
- 1.1
  physical quantity , converting units
  14 Minutes
- 1.2
  Vectors and scalar quantities
  5 Minutes
- 1.3
  Components of Vector
  21 Minutes
- 1.4
  Reassemble a vector from its components
  12 Minutes
- 1.5
  Addition and subtraction of vectors
  8 Minutes
- 1.6
  Product of vector
  14 Minutes
- 1.7
  Exercise Lec 1
  6 Minutes
- 1.8
  شرح صفحة Check
  13 Minutes
- 1.9
  مراجعة علي شابتر ١
  21 Minutes
Chapter 2 motion along straight line
6
- 2.1
  Position , Displacement
  19 Minutes
- 2.2
  Average Velocity
  9 Minutes
- 2.3
  Instantaneous Velocity
  9 Minutes
- 2.4
  Acceleration
  12 Minutes
- 2.5
  Motion with Constant Acceleration
  16 Minutes
- 2.6
  5. Freely Falling Objects
  14 Minutes
Chapter 3 : Motion in Two or Three Dimensions
5
- 3.1
  Introduction
  3 Minutes
- 3.2
  Position and velocity vector
  22 Minutes
- 3.3
  Acceleration vector
  6 Minutes
- 3.4
  Projectile Motion
  11 Minutes
- 3.5
  Motion in a circle
  8 Minutes
Chapter 4 Newton’s laws of motion
5
- 4.1
  1. FORCE AND INTERACTIONS
  7 Minutes
- 4.2
  2. NEWTON’S FIRST LAW
  6 Minutes
- 4.3
  3. NEWTON’S SECOND LAW
  7 Minutes
- 4.4
  4. NEWTON’S THIRD LAW
  6 Minutes
- 4.5
  5. FREE BODY DIAGRAMS
  5 Minutes
Chapter 5 Applying Newton's Laws
4
- 5.1
  Using newton’s first law : particles in equilibrium
  8 Minutes
- 5.2
  Using newton’s second law : Dynamics of particles
  10 Minutes
- 5.3
  Friction Forces
  11 Minutes
- 5.4
  Dynamics of circular motion
  6 Minutes
Chapter 6 Work and Kinetic energy
4
- 6.1
  1. Work
  14 Minutes
- 6.2
  Example 6.2
  8 Minutes
- 6.3
  Kinetic Energy and work- energy theorem
  8 Minutes
- 6.4
  Example. 6.4 .
  12 Minutes
revision
6
- 7.1
  WorkSheet 1
  21 Minutes
- 7.2
  WorkSheet 2
  26 Minutes
- 7.3
  WorkSheet 3
  12 Minutes
- 7.4
  WorkSheet 4
  11 Minutes
- 7.5
  WorkSheet 5
  30 Minutes
- 7.6
  WorkSheet 6
  20 Minutes
Chapter 7 Potential energy. and energy conservation
3
- 8.1
  gravitational potential energy
  11 Minutes
- 8.2
  conservative and non conservative forces
  10 Minutes
- 8.3
  worksheet. 7. Solved
  8 Minutes
Chapter 8 Momentum. , Impulse and collisions
5
- 9.1
  Momentum
  9 Minutes
- 9.2
  Impulse
  11 Minutes
- 9.3
  conservation of momentum
  13 Minutes
- 9.4
  center of mass
  7 Minutes
- 9.5
  worksheet. 8. Solved
  12 Minutes
Chapter 9 Rotation Rigid Bodies
5
- 10.1
  Rigid Body , angular Velocity and acceleration.
  13 Minutes
- 10.2
  Example 9.1
  8 Minutes
- 10.3
  Rotation with constant angular acceleration
  10 Minutes
- 10.4
  Moment-of-inertia calculations
  9 Minutes
- 10.5
  worksheet. 9 Solved
  13 Minutes
Chapter 10 Torque
5
- 11.1
  1. TORQUE
  11 Minutes
- 11.2
  Example 10.1:
  7 Minutes
- 11.3
  2. TORQUE AND ANGULAR ACCELERATION FOR A RIGID BODY
  5 Minutes
- 11.4
  3. ANGULAR MOMENTUM. & 4. CONSERVATION OF ANGULAR MOMENTUM
  8 Minutes
- 11.5
  worksheet. 10 Solved
  9 Minutes
Chapter 11 Fluid Mechanics
5
- 12.1
  1. GASES, LIQUIDS AND DENSITY
  8 Minutes
- 12.2
  2. PRESSURE IN A FLUID
  5 Minutes
- 12.3
  • Pressure and Depth
  12 Minutes
- 12.4
  4. FLUID FLOW
  10 Minutes
- 12.5
  5. BERNOULLI’S EQUATION
  11 Minutes
Chapter 12 Temperature and Heat
4
- 13.1
  1. Temperature and Thermal Equilibrium
  6 Minutes
- 13.2
  2. Thermometers and Temperature Scales
  13 Minutes
- 13.3
  3. QUANTITY OF HEAT
  8 Minutes
- 13.4
  4. CALORIMETRY AND PHASE CHANGES
  12 Minutes
Chapter 13 Mechanical waves
5
- 14.1
  Mechanical waves
  14 Minutes
- 14.2
  2. PERIODIC WAVES
  12 Minutes
- 14.3
  The wavelength 𝝀
  11 Minutes
- 14.4
  Example 11.2:
  10 Minutes
- 14.5
  3. STANDING WAVES ON A STRING
  14 Minutes
Chapter 15 Optics
5
- 15.1
  The ray model of light
  10 Minutes
- 15.2
  Refraction & Snell’s law
  20 Minutes
- 15.3
  Thin lenses: Ray tracing
  8 Minutes
- 15.4
  The image formed by a lens
  20 Minutes
- 15.5
  The Thin-Lens Equation
  19 Minutes
Chapter 16. Nuclear Physics
3
- 16.1
  1. Nuclear Structure
  15 Minutes
- 16.2
  2. Radiation and Radioactivity
  19 Minutes
- 16.3
  3. Nuclear Decay and Half-Lives
  13 Minutes
دعواتي للجميع بالتفوق و النجاح
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دعواتي للجميع بالتفوق و النجاح
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دعواتي للجميع بالتفوق و النجاح
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دعواتي للجميع بالتفوق و النجاح
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Position , Displacement

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Average Velocity

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