1.   | Assessment 1: Assignment (2-3 Pages) | 15% | - 1 - Demonstrate an understanding of sampling, summary statistics and data displays.
- 2 - Identify and analyse continuous bi-variate data.
- 3 - Use algebraic methods to solve systems of linear equations.
- 6 - Accurately use language to explain and discuss mathematical concepts '
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2.   | Assessment 2: Assignment (2-3 Pages) | 15% | - 4 - Demonstrate an understanding of probability distributions.
- 5 - Apply methods, concepts and theories to calculate confidence intervals for population parameters.
- 6 - Accurately use language to explain and discuss mathematical concepts '
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3.   | Assessment 3: Group Presentation of a Mathematical Concept (5 minutes per student) | 10% | - 1 - Demonstrate an understanding of sampling, summary statistics and data displays.
- 2 - Identify and analyse continuous bi-variate data.
- 3 - Use algebraic methods to solve systems of linear equations.
- 4 - Demonstrate an understanding of probability distributions.
- 5 - Apply methods, concepts and theories to calculate confidence intervals for population parameters.
- 6 - Accurately use language to explain and discuss mathematical concepts '
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4.   | Assessment 4: Mid Semester Test (1 hour) | 20% | - 1 - Demonstrate an understanding of sampling, summary statistics and data displays.
- 2 - Identify and analyse continuous bi-variate data.
- 3 - Use algebraic methods to solve systems of linear equations.
- 6 - Accurately use language to explain and discuss mathematical concepts '
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5.   | Assessment 5: End of Semester Test (2 hours) | 40% | - 1 - Demonstrate an understanding of sampling, summary statistics and data displays.
- 2 - Identify and analyse continuous bi-variate data.
- 3 - Use algebraic methods to solve systems of linear equations.
- 4 - Demonstrate an understanding of probability distributions.
- 5 - Apply methods, concepts and theories to calculate confidence intervals for population parameters.
- 6 - Accurately use language to explain and discuss mathematical concepts '
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