Limits, derivatives, integrals, and the continuous mathematics needed for computation.
Calculus connects local change with accumulated quantities. Begin with functions and limits, move to differentiation and integration, and then study differential equations, series, and several variables. Algebra and elementary trigonometry are useful prerequisites.
This collection currently consists of outlines. They will be expanded into reviewed notes, with ENG1005 providing one source of learning context.
No completed chapters yet.
An explicit migration scaffold for Function Monotonicity, Parity, and Periodicity, preserved from the archived Math-for-Computer-Science outline until the mathematical exposition is written and reviewed.
An explicit migration scaffold for Abstract and Piecewise Functions, preserved from the archived Math-for-Computer-Science outline until the mathematical exposition is written and reviewed.
An explicit migration scaffold for Limits and Continuity, preserved from the archived Math-for-Computer-Science outline until the mathematical exposition is written and reviewed.
An explicit migration scaffold for Differential Calculus, preserved from the archived Math-for-Computer-Science outline until the mathematical exposition is written and reviewed.
An explicit migration scaffold for Integral Calculus, preserved from the archived Math-for-Computer-Science outline until the mathematical exposition is written and reviewed.
An explicit migration scaffold for Differential Equations, preserved from the archived Math-for-Computer-Science outline until the mathematical exposition is written and reviewed.
An explicit migration scaffold for Infinite Series, preserved from the archived Math-for-Computer-Science outline until the mathematical exposition is written and reviewed.
An explicit migration scaffold for Multivariable Calculus, preserved from the archived Math-for-Computer-Science outline until the mathematical exposition is written and reviewed.