Egypt (EN)

Egyptian National Curriculum - English

SUbjects

Subjects

Physics G10

  • Overview
  • Chapters

Physics G10

  • 1: Physical Quantities and Measuring Units
    1.1: Physical Measurements
    1.1.1: Units of Measured Quantities
    1.1.2: Measurement Tools
    1.1.3: SI Unit Definitions
    1.1.4: Dimensional Analysis
    1.1.5: Representing Large Values of Physical Quantities
    1.1.6: Representing Small Values of Physical Quantities
    1.1.7: Measurement Error
    1.1.8: Measurement Uncertainty and Resolution
    1.1.9: Combining Uncertainties
    1.1.10: Measuring Lengths
    1.1.11: Measuring Temperatures
    1.1.12: Measurement Accuracy and Precision
    1.2: Scalar and Vector Quantities
    1.2.1: Scalar and Vector Quantities
    1.2.2: Distance and Displacement
    1.2.3: Vector Addition
    1.2.4: Vector Subtraction
    1.2.5: Finding the Components of a Vector
    1.2.6: Resultant Motion and Force
    1.2.7: Scale Diagrams
    1.2.8: The Scalar Product of Two Vectors
    1.2.9: The Vector Product of Two Vectors
  • 2: Linear Motion
    2.1: Motion in a Straight Line
    2.1.1: Types of motion
    2.1.2: Speed
    2.1.3: Graphing Speed
    2.1.4: Units of Speed
    2.1.5: Velocity
    2.1.6: Graphing Velocity
    2.1.7: Instantaneous Speed
    2.1.8: Acceleration over Time
    2.2: Motion at Uniform Acceleration
    2.2.1: Acceleration over Distance and Time
    2.2.2: Acceleration over a Distance
    2.2.3: Free fall
    2.2.4: Projectiles
    2.2.5: Projectile Motion
    2.2.6: Reaction Time
    2.3: Force and Motion
    2.3.1: Newton’s First Law of Motion
    2.3.2: Momentum
    2.3.3: Newton’s Second Law of Motion
    2.3.4: The Relationship between Mass and Weight
    2.3.5: Force as Rate of Momentum Change
    2.3.6: Newton’s Third Law of Motion
  • 3: Circular Motion
    3.1: Laws of Circular Motion
    3.1.1: Centripetal Force
    3.1.2: Centripetal Acceleration
    3.2: Universal Gravitation and Circular Motion
    3.2.1: Newton’s Law of Gravitation
    3.2.2: Surface Gravity
    3.2.3: Motion of Planets, Moons, and Satellites
    3.2.4: Orbital Mechanics
    3.2.5: Orbital Speed
  • 4: Work and Energy in Our Daily Life
    4.1: Work and Energy
    4.1.1: Mechanical Work
    4.1.2: Kinetic Energy
    4.1.3: Gravitational Potential Energy
    4.2: Law of Conservation of Energy
    4.2.1: Energy Conversion and Conservation

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