Physics IB

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  • ! Course Overview, Foundations and Prep
    • IAs
    • Overview
  • 1 Measurements, Mechanics, Circular, Gravitation
    • 1 Measurements in physics (1.1)
    • 2 Uncertainties and errors (1.2)
    • 3 Vectors (1.3)
    • 4 Motion (2.1)
    • 5 Forces (2.2)
    • 6 Work, energy and power (2.3)
    • 7 Momentum and impulse (2.4)
    • 8 Circular Motion and Gravitation (6.1 and 6.2)
    • 9 Gravitational Potential (10.1 and 10.2) AHL
    • y 1 Summary and Review
  • 2 Thermal Physics and Energy Production
    • 1 Thermal concepts (3.1)
    • 2 Modelling a gas (3.2)
    • 3 Energy sources (8.1)
    • 4 Thermal energy transfer (8.2)
    • y 3 Summary and Review
  • 3 Waves and Wave Phenomena
    • 1 Oscillations and SHM (4.1 and 9.1)
    • 2 Travelling waves (4.2)
    • 3 Wave characteristics (4.3)
    • 4 Wave behaviour (4.4)
    • 5 Standing waves (4.5)
    • 6 Single-slit diffraction (9.2) AHL
    • 7 Interference (9.3) AHL
    • 8 Resolution (9.4) AHL
    • 9 Doppler effect (9.5) AHL
    • y 2 Summary and Review
  • 4 Electricity, Electromagnetism and Fields
    • ! 4 Preparation
    • 1 Electric Fields and Circuits (5.1 and 5.2)
    • 2 Resistance and Energy (5.1 and 5.2)
    • 3 Electric cells (5.3)
    • 4 Magnetic effects of electric currents (5.4)
    • 5 Describing Fields (10.1) AHL
    • 6 Fields at Work (10.2) AHL
    • 7 Electromagnetic induction (11.1) AHL
    • 8 Power generation and transmission (11.2) AHL
    • 9 Capacitance (11.3) AHL
    • y 4 Summary and Review
  • 5 Atomic, Quantum, Particle, Nuclear
    • 1 Discrete energy and radioactivity (7.1)
    • 2 Nuclear reactions (7.2)
    • 3 The Structure of matter (7.3)
    • 4 The interaction of matter with radiation (12.1) AHL
    • 5 Nuclear physics (12.2) AHL
    • y 5 Summary and Review
  • 6 Astrophysics Option
    • 1 Stellar Quantities (D.1)
    • 2 Stellar Characteristics and Evolution (D.2)
    • 3 Cosmology (D.3)
    • 4 Stellar Processes (D.4) AHL
    • 5 Further Cosmology (D.5) AHL
    • y D Summary and Review
  • 6 Engineering Option
    • 1 Rigid Bodies and Rotational Dynamics (B.1)
    • 2 Thermodynamics (B.2)
    • 3 Fluids and Fluid Dynamics (B.3) AHL
    • 4 Forced Vibrations and Resonance (B.4) AHL
    • y B Summary and Review
  • y Summary and Review
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5 Atomic, Quantum, Particle, Nuclear‎ > ‎

1 Discrete energy and radioactivity (7.1)

7.1 Discrete Energy and Radioactivity

Subsections

  • 1 Atomic and Nuclear Structure
  • 2 What Is Radiation, Doses, Detectors
  • 3 Decay Processes and Equations
  • 4 Absorption and Range Characteristics
  • 5 Gamma Rays and The Inverse Square Law
  • 6 Half Life
  • 7 Properties, Interactions and Behaviours of Radiation
  • 8 Forces, Stability Curves and Decay Series
  • 9 Discrete Energy
  • x 7.1 Extension
  • y 7.1 Summary and Review

Formative Assessment Set

CLICK HERE FOR THE FORMATIVE QUESTION SET FOR THIS TOPIC



Google Drive Link


See below for all of the resources in this sub unit


GOOGLE DRIVE RESOURCES LINK

1 Discrete energy and radioactivity ‎(7.1)‎

Subpages (11): 1 Atomic and Nuclear Structure 2 What Is Radiation, Doses, Detectors 3 Decay Processes and Equations 4 Absorption and Range Characteristics 5 Gamma Rays and The Inverse Square Law 6 Half Life 7 Properties, Interactions and Behaviours of Radiation 8 Forces, Stability Curves and Decay Series 9 Discrete Energy x 7.1 Extension y 7.1 Summary and Review
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