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0625 Physics
G9
Introduction
Concepts
Physics Keyword Glossary
Acceleration
Base Quantities
Centre of Mass
Circular Motion
Circular Motion Features
Conservation of Momentum
Critical Angle and Total Internal Reflection
Density
Derived Quantities
Dispersion of Light
Effects of Forces
Efficiency
Energy Resources
Energy Stores
Force vs Extension Graph
Force Keywords
Gauge Pressure
Gravitational Field Strength
Hooke's Law Sources of Error
Hooke's Law Examples
Hooke's Law Formula
Hooke's Law Key Terms
Hooke's Law Learning Objectives
Hooke's Law Statement
Hooke's Law Summary
Hydroelectric Power
Impulse
Key Equations and Formulae
Key Terms
Knowledge Summary
Light Keywords
Differences Between Mass and Weight
Measurement of Length
Measurement of Time
Moments and Turning Effect
Newton's First Law of Motion
Newton's Second Law of Motion
Nuclear Energy
Physical Quantity and Unit
Plane Mirror Image
Power
Pressure
Pressure on Liquids
Sankey Diagrams
Scientific Notation
Significant Figures
Stability
Terminal Velocity
Trigonometric Ratios
Types of Equilibrium
Types of Forces
Vector Keywords
Vector and Scalar Quantities
Vectors Calculation
Measurement Systems
Chapters
#1 Measurement Fundamentals
#2 Mass, Weight, Density, Gravity, Acceleration, and Scalar/Vector Quantities
#3 Forces and Vectors
#4 Newton's Laws of Motion, Terminal Velocity, and Circular Motion
#5 Hooke's Law for Springs
#6: Moments, Centre of Mass and Stability
#7: Key Concepts in Pressure, Elasticity, Impulse, and Momentum
#8: Energy and Power
#9 Reflection and Refraction of Light
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Physical Quantity and Unit
Physical Quantity
Section titled “Physical Quantity”
Is a property of a material that can be measured.
Unit
Section titled “Unit”
Is a standard amount of a physical quantity.