Pereyra N Limits and Derivatives of Real Functions for Physicists 2025
Pereyra N Limits and Derivatives of Real Functions for Physicists 2025 | 17.63 MB
Title: Limits and Derivatives of Real Functions for Physicists
Author: Pereyra, Nicolas A.
Description:
Functional programming languages are good at expressing complex ideas in a succinct, declarative way. Functional concepts such as "immutability" and "function values" make it easier to reason about code—as well as helping with concurrency. The new F# language, LINQ, certain new features of C#, and numerous .NET libraries now bring the power of functional programming to .NET coders.
This book teaches the ideas and techniques of functional programming applied to real-world problems. You'll see how the functional way of thinking changes the game for .NET developers. Then, you'll tackle common issues using a functional approach. The book will also teach you the basics of the F# language and extend your C# skills into the functional domain. No prior experience with functional programming or F# is required.
DOWNLOAD:
https://rapidgator.net/file/4a0ac5a365a992f69f12920c17cad732/Pereyra_N._Limits_and_Derivatives_of_Real_Functions_for_Physicists_2025.rar
https://nitroflare.com/view/B7741520899E54D/Pereyra_N._Limits_and_Derivatives_of_Real_Functions_for_Physicists_2025.rar
Functional programming languages are good at expressing complex ideas in a succinct, declarative way. Functional concepts such as "immutability" and "function values" make it easier to reason about code—as well as helping with concurrency. The new F# language, LINQ, certain new features of C#, and numerous .NET libraries now bring the power of functional programming to .NET coders.
This book teaches the ideas and techniques of functional programming applied to real-world problems. You'll see how the functional way of thinking changes the game for .NET developers. Then, you'll tackle common issues using a functional approach. The book will also teach you the basics of the F# language and extend your C# skills into the functional domain. No prior experience with functional programming or F# is required.
DOWNLOAD:
https://rapidgator.net/file/4a0ac5a365a992f69f12920c17cad732/Pereyra_N._Limits_and_Derivatives_of_Real_Functions_for_Physicists_2025.rar
https://nitroflare.com/view/B7741520899E54D/Pereyra_N._Limits_and_Derivatives_of_Real_Functions_for_Physicists_2025.rar
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