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numerical solution
Numerical solutions are essential in engineering, physics, economics, and many other fields, enabling practitioners to tackle real-world problems with precision and practicality.
£25.00 Preview RemoveIntroduction to Data Structures and algorithms
This note is about data structure and algorithms which is going to help young aspiring engineers.
£0.50 Preview RemoveRectangular (Uniform) Distribution
Everything you need to know about the Rectangular (Uniform) Distribution, on one simple sheet. includes examples. Includes a guide on finding E(x) Var(x) and s(x) as well as information about Probability Density Functions and drawing the graph of a Rectangular Distribution. Aimed at students studying Stats 2 at A-Level (AQA), although it is relevant for other exam boards and subjects. This module can be taught in both Year 12 and Year 13 of Sixth Form.
£1.00 Preview RemoveTypes of Reactions Lab
Formal lab detailing synthesis, decomposition, single displacement, and double displacement reactions - outlining the purpose, materials/apparatus, general form of each equation, whether the reactions were endo- or exothermic, and the definition of a catalyst. Notes provided by an International Baccalaureate student.
£3.75 Preview RemoveNumerical Analysis Manual
File Contain Matlab programs of different topics in numerical analysis.
£12.50 Preview RemoveStochastic Processes Beichelt.pdf
This book contains detailed description of stochastic processes with examples
£12.50 Preview Removehandwritten
Here is my notes ,I had provide all the information about 2-dGeomentry . It had all the examples . It will helps you in any complitative exam
£10.00 Preview RemoveIntroduction to Mathematical Optimal control theory
We use optimal control theory as an extension of the calculus of variations for dynamic systems with one independent variable, usually time, in which control (input) variables are determined to maximize (or minimize) some measures of the performance (output) of a system while satisfying specified constraints. We give an explicit mathematical statement of “the optimal control problem” and then we study one of the most interesting approaches of solving it: the Pontryagin Maximun Principle. Using optimal control theory, problems not amenable by classical methods such as problem of designing a spacecraft attitude control system that minimizes fuel expenditure, have been made feasible by the development of digital computers.
£37.50 Preview Remove