Australian Physics Practice Platform
Australian Curriculum Aligned | Units 1-4
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Unit 1: Energy and Society
How is energy useful to society?
Foundation Unit (School-Assessed)
70+ Skills • 3 Levels Each
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Physics Practice
VCE Physics Unit 1: How is energy useful to society?
Unit 1 Skill Map
Electromagnetic radiation, thermal energy, nuclear processes, and electrical systems.
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CALC
Calculation
MCQ
Multiple Choice
AoS 1: How are light and heat explained?
28 skills
Electromagnetic Radiation
14 skills
▼
Wave properties identification
FREE
MCQ
22000
Wave equation calculations
CALC
22001
Wave properties in different media
MCQ
22002
EM spectrum comparison
MCQ
22003
EM spectrum applications
MCQ
22004
Solar radiation composition
MCQ
22005
Snell's Law calculations
CALC
22006
Refractive index and wave speed
CALC
22007
Critical angle calculations
CALC
22008
Total internal reflection conditions
MCQ
22009
Colour dispersion in prisms
MCQ
22010
Rainbow formation
MCQ
22011
Mirage formation
MCQ
22012
Optical fibre transmission
MCQ
22013
Thermal Energy
7 skills
▼
Temperature conversions
FREE
CALC
22014
Temperature and thermal energy relationship
MCQ
22015
Heat transfer mechanisms
MCQ
22016
Evaporative cooling model
MCQ
22017
Specific heat capacity calculations
CALC
22018
Latent heat calculations
CALC
22019
Combined heating calculations
CALC
22020
Thermal Energy & EM Radiation Interaction
7 skills
▼
Wien's Law calculations
CALC
22021
Blackbody radiation comparison
MCQ
22022
Stellar temperature from colour
MCQ
22023
Thermal radiation and temperature
MCQ
22024
Climate change energy concepts
MCQ
22025
Greenhouse effect and EM radiation
MCQ
22026
Global warming mechanisms
MCQ
22027
AoS 2: How is energy from the nucleus utilised?
25 skills
Radiation from the Nucleus
15 skills
▼
Nuclear forces and stability
FREE
MCQ
22028
Radioactive decay randomness
MCQ
22029
Half-life calculations
CALC
22030
Radiation types properties
MCQ
22031
Alpha decay equations
MCQ
22032
Beta minus decay equations
MCQ
22033
Beta plus decay equations
MCQ
22034
Gamma decay equations
MCQ
22035
Decay series analysis
MCQ
22036
Radiation biological effects
MCQ
22037
Radiation exposure factors
MCQ
22038
Absorbed dose calculations
CALC
22039
Equivalent dose calculations
CALC
22040
Effective dose calculations
CALC
22041
Medical radioisotope therapy
MCQ
22042
Nuclear Energy
10 skills
▼
Mass-energy conversion
CALC
22043
Fission process mechanics
MCQ
22044
Critical mass concept
MCQ
22045
Neutron moderation
MCQ
22046
Fusion vs fission comparison
MCQ
22047
Binding energy curve analysis
MCQ
22048
Nuclear energy release
MCQ
22049
Nuclear power in Australia
22050
Nuclear reactor components
22051
Nuclear waste management
22052
AoS 3: How can electricity be used to transfer energy?
20 skills
Concepts Used to Model Electricity
7 skills
▼
Current and charge calculations
FREE
CALC
22053
Potential difference and energy
MCQ
22054
Power calculations
CALC
22055
Ohm's Law calculations
CALC
22056
Energy units and kWh conversions
CALC
22057
I-V graph interpretation
MCQ
22058
Non-ohmic devices
MCQ
22059
Circuit Electricity
8 skills
▼
Series resistance calculations
CALC
22060
Parallel resistance calculations
CALC
22061
Series circuit voltage and current
MCQ
22062
Parallel circuit voltage and current
MCQ
22063
Mixed circuit analysis
MCQ
22064
Voltage divider calculations
CALC
22065
Power in series and parallel
CALC
22066
Household parallel circuits
MCQ
22067
Using Electricity & Electrical Safety
5 skills
▼
Fuses and circuit breakers
MCQ
22068
RCD operation and earthing
MCQ
22069
Electric shock hazards
MCQ
22070
Electrical safety practices
MCQ
22071
Electricity cost calculations
CALC
22072
Physics Constants:
c = 2.998 × 10⁸ m/s
h = 6.626 × 10⁻³⁴ J⋅s
e = 1.602 × 10⁻¹⁹ C
mₑ = 9.109 × 10⁻³¹ kg
k = 1.381 × 10⁻²³ J/K
σ = 5.670 × 10⁻⁸ W/(m²⋅K⁴)
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