Guidance for Internal Assessments
First Examination - 2016
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Legend for Example Papers
For the papers below, the Example is raw student work. The Annotated Example contains comments from the evaluator. The Grade Sheet is, well, the grade sheet.
Example 1, The real and apparent positions of the stars in Orion (Database and Spreadsheet) (24/24)
Example 2, Investigating the lift force of a toy helicopter (Hands-On) (16/24)
Example 3, Obtaining Wien's displacement law of electromagnetic radiation (Simulation) (23/24)
Example 4, Investigating the force on an electric charge moving through a magnetic field (Simulation) (12/24)
Example 5, Determining solar characteristics using planetary data (Database) (13/24)
Example 6, Physical and mathematical models of the greenhouse effect (Hands-On and Mathematical Models) (22/24)
Example 7, Exploring the relationship between the pressure of a ball and coefficient of restitution (Hands-On) (13/24)
Example 8, The exponential nature of a bouncing ping-pong ball (Hands-On and Modelling) (24/24)
Example 9, Investigating water depth pressure (Hands-On) (17/24)
Example 10, How temperature affects the vibration rate of a tuning fork (Hands-On) (11/24)
Example 1, The real and apparent positions of the stars in Orion (Database and Spreadsheet) (24/24)
Example 2, Investigating the lift force of a toy helicopter (Hands-On) (16/24)
Example 3, Obtaining Wien's displacement law of electromagnetic radiation (Simulation) (23/24)
Example 4, Investigating the force on an electric charge moving through a magnetic field (Simulation) (12/24)
Example 5, Determining solar characteristics using planetary data (Database) (13/24)
Example 6, Physical and mathematical models of the greenhouse effect (Hands-On and Mathematical Models) (22/24)
Example 7, Exploring the relationship between the pressure of a ball and coefficient of restitution (Hands-On) (13/24)
Example 8, The exponential nature of a bouncing ping-pong ball (Hands-On and Modelling) (24/24)
Example 9, Investigating water depth pressure (Hands-On) (17/24)
Example 10, How temperature affects the vibration rate of a tuning fork (Hands-On) (11/24)
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Supplemental Guidance
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