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ADVANCED LEVEL SUBSIDIARY MATHEMATICS SENIOR FIVE Subsidiary Mathematics contains Mechanics, Probability, and Statistics mathematical applications and connections intended to be …
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ADVANCED LEVEL SUBSIDIARY MATHEMATICS SENIOR FIVE
Subsidiary Mathematics contains Mechanics, Probability, and Statistics mathematical applications and connections intended to be covered by students doing Subsidiary Mathematics. It is aimed at enabling students acquire a range of mathematical skills that are applicable in everyday situations and other subjects they may be studying, equipping students to use mathematics as a means of communication with emphasis on clear expression, Inspiring learners to develop an attitude of logical thought building on the basic mathematical concepts for better understanding of the subject by every learner at Advanced Level and empowering students to construct mathematical models by developing mathematics to the limits of their ability with confidence.Course Currilcum
- SUBMATH: The Scientific Calculator Details 7 days
- The Unit describes some of the main features of a scientific calculator and encourages you to use your calculator, both for everyday arithmetic and for more complicated calculations that use the function keys as well. Key sequences, which describe which keys to press, are included in all the activities, so you can try out the ideas straightaway.
- SUBMATH: Indices, Logarithms and Surds Details 2 weeks
- This unit is about indices, surds and logarithms
- SUBMATH: Polynomials Details 7 days
- This unit is about polynomials
- SUBMATH:Quadratics Details 2 weeks
- In this unit, we learn how to solve quadratic equations
- SUBMATH: PROBABILITY THEORY Details 2 days
- This unit is about probability
- SUBMATH: Descriptive statistics Details 7 days
- This unit is about introduction to descriptive statistics
- SUBMATH: Organisation of Data Details 7 days
- This unit is about the frequency distribution table or distribution as a way of organizing data
- SUBMATH: Measures of Central Tendency Details 2 days
- The mean is the sum of a set of values, divided by the number of values in the set. The notation for the mean of a set of values is a horizontal bar over the variable used to represent the set, for example x¯.
- SUBMATH: Measures of Variation (Dispersion) Details 02:00:00
- This unit is about range, variance and standard deviation
- SUBMATH: Moving Averages Details 3 days
- In this Unit we learn about moving average
- SUBMATH: Differentiation Details 2 weeks
- Differentiation is comprised of two main topics, Derivatives and curve sketching
- SUBMATH: Index Numbers Details 3 weeks
- This unit is about index numbers namely price relatives, simple aggregate price index, weighted price index , weighted aggregate price index, value index, composite index.
- SUBMATH: Correlation Details 2 weeks
- We can easily see that warmer weather and higher sales go together. The relationship is good but not perfect. In fact the correlation is 0.9575 ... see at the end how I calculated it.
- SUBMATH: Trigonometry Details 2 weeks
- This unit is about trigonometry
- SUBMATH: Vectors Details 2 weeks
- A vector represents a quantity that has both magnitude (distance) and direction. For example, when you travel 16 kilometers south, your journey may be represented as a vector quantity.
- SUBMATH: Probability Theory Details 2 weeks
- This unit is about probability and includes probability of events, conditional probability and the use of probability tree diagrams to obtain probabilities.
- SUBMATH: Permutations and Combinations Details 7 days
- This unit is about permutations and combinations
- SUBMATH: MOTION IN A STRAIGHT LINE Details 3 weeks
- This unit is about motion in a straight line. it includes speed, velocity, displacement and acceleration.
- SUBMATH: Newton’s Laws of Motion Details 2 weeks
- This unit about Newtons laws of motion and its application on connected particles
- SUBMATH: Friction. Details 2 weeks
- This unit is about friction
- SUBMATH: Mechanics Resultant and Components of Forces Details 2 days
- In this article, you will learn what the resultant force (also known as net force) is, and how to find it when an object is subject to parallel forces as well as non-parallel forces with the help of examples.
