Engineering Calculators

Simplify Your Engineering Calculations with Our Advanced Tools.

Numerical analysis Calculators

Our numerical analysis calculators can help you perform different calculations using popular methods in the numerical analysis science. Solve equations or systems of equations, find the norm of matrices or the spectral decomposition of the matrices using our specialized tools. You can find all the tools below:

Solve systems of linear equations using our Gauss-Seidel Calculator

This tool allows you to solve a system of linear equations using the Gauss-Seidel method.

The Gauss-Seidel method is a popular iterative technique used to solve systems of linear equations.

The Left Shift Calculator is a bitwise operation

that shifts all the bits of a binary number to the left by a specified number of positions.

This calculator allows you to perform this operation on both decimal and binary numbers.

Matrix Norm Calculator

ou can calculate the Frobenius Norm, L1 Norm, L-Infinity Norm, and Spectral Norm. The calculator provides step-by-step details of the computation for better understanding.

Spectral Decomposition Calculator

Spectral decomposition refers to the process of breaking down a square matrix into its eigenvalues and eigenvectors.

These eigenvalues and eigenvectors represent the intrinsic properties of the matrix and can be used for various mathematical and physical analyses, such as solving systems of linear equations, understanding the behavior of dynamic systems, and more.

Combination Sum Calculator

The Combination Sum Calculator finds all possible combinations of numbers that add up to a target sum.

This calculator is helpful in solving mathematical problems, programming challenges, or decision-making scenarios where a specific sum needs to be achieved using a given set of numbers.

Condition Number Calculator

The condition number of a matrix quantifies how errors in the input data or numerical procedures affect the computed solution.

high condition number indicates that the matrix is ill-conditioned, leading to unstable or inaccurate solutions.

Backward Euler Calculator

This tool allows you to numerically solve an ordinary differential equation (ODE) using the Backward Euler method.

The Backward Euler method is an implicit numerical technique used to solve ODEs, particularly useful for stiff equations where explicit methods may be unstable.

Green's Theorem Calculator

This calculator uses Green's Theorem to calculate either the line integral of a vector field along a closed curve or the double integral over the region enclosed by the curve.

Green's Theorem relates these two integrals and is a fundamental concept in vector calculus.

Angle Bisector Calculator

The Angle Bisector Calculator determines the coordinates where an angle bisector of a triangle intersects the opposite side.

It uses the geometric properties of triangles and the Angle Bisector Theorem to calculate the results.

Secant Slope Calculator

The secant slope refers to the slope of the line that passes through two points on a curve.

This calculator computes the secant slope between two given points on a function.

Parametric Equation Calculator

This calculator converts parametric equations into their corresponding Cartesian form.

Parametric equations define both the x and y coordinates in terms of a common variable (often t). This calculator solves for the Cartesian equation y = f(x), which represents the relationship between x and y in a non-parametric form.

Parametric Vector Form Calculator

The parametric vector form calculator helps you find the equation of a line that passes through two points in 3D space

he line is represented as a vector equation, which you can use to describe any point on the line. This calculator calculates the parametric equation of a line in the form f{v}, where ( P_1 ) is one point on the line, ( f{v} ) is the direction vector, and ( t ) is the parameter.