Abstract A numerical technique is presented for solving integration operator of Green’s function. The approach is based on Hermite trigonometric scaling function on [0,2 π], which is constructed for ...

A numerical technique is presented for solving integration operator of Green’s function. The approach is based on Hermite trigonometric scaling function on [0,2π], which is constructed for Hermite ...

Learn how to solve trigonometric equations in Higher Maths involving multiple or compound angles and the wave function in degrees or radians.

Practise solving trigonometric equations in degrees or radians using CAST and its period to find other solutions within the range, including multiple or compound angles and the wave function.

1.4. Solving the Simplest Trigonometric Equations. Inverse Trigonometric Functions 31 Problems 36 Chapter 2. Identical Transformations of Trigonometric Expressions 41 2.1. Addition Formulas 41 2.2.

Think of trigonometric identities as mathematical shortcuts – they reveal hidden connections between different trigonometric functions and provide smart ways to simplify complex expressions.

In this paper, with the aid of Matlab software, more exact solutions are obtained for coupled nonlinear schrödinger equations, by using a direct and efficient trigonometric function transform method.

NCERT Solutions Class 12 Maths Chapter 2 Inverse Trigonometric Functions are available free for students. Get all exercise solutions here.

Abstract: A promising tool for solving problems of approximating functions, including problems of gridless approximation, is radial basis functions networks, which is a special type of neural networks ...