# Category: Matlab

• ## Obtaining Fraction Forms Of Equations In MatLab®

As we stated in another article about Matlab®; Matlab® provides various kinds of solutions for mathematical equation management. These tools save tremendous time to obtain the desired form of equations. Here, we explain how to obtain fraction forms of symbolic equations in MatLab® by using the ‘numden()’ command. Take a look at the code example […]

• ## Indexing The Coefficients Of Polynomials With ‘sym2poly()’ Command

In general, polynomials are defined with their coefficients in MatLab®. Sometimes, if you defined a polynomial or if you obtained a polynomial- from another calculation, you need to take its coefficients to obtain Matlab® polynomial to use it in other functions or calculations.  You can do this by using the ‘sym2poly()’ command in Matlab®. Here, we explain […]

• ## Incomplete Gamma Function In MatLab®

Like gamma functions, incomplete gamma functions can also be calculated in Matlab® with the required inputs. The ‘gammainc()’ command is again used in the calculation of the gamma functions in Matlab®.  You can find detailed information about the incomplete gamma functions in advanced mathematics from this link. You can try the example codes below in your Matlab® software.  […]

• ## Writing A MatLab Code In C Programming Language In MatLab

Like the other tools and commands, Matlab® provides a very useful command to re-write the statement in Matlab® programming language in C programming language. The command that does it is called ‘ccode()’.  Here we explain how to use the ‘ccode()’ command in Matlab® to re-write a Matlab® code in the C programming language, with a […]

• ## Calculation Of The Hermite Polynomials In MatLab®

Hermite polynomials are a very important aspect of advanced mathematics and Matlab® provides very useful commands to calculate these advanced mathematical operations. One of these functions is the ‘hermiteH()’.  Here we explain how to calculate the Hermite polynomials in Matlab® with the ‘hermiteH()’ command with a very basic example below. You can try this in […]

• ## Harmonic Function Calculation In MatLab®

In general, harmonic functions in mathematics can be confused with the harmonic functions in music. But in here, we examine the calculation of harmonic functions in Matlab®. “Harmonic functions” is a very important topic of advanced calculus and mathematics. You can consider this link to seek further information about harmonic functions in mathematics. Calcılation of harmonic functions […]

• ## Drawing 3D Surfaces With The ‘ezplot3()’ Command In MatLab®

There are various kinds of commands and tools to draw 3D surfaces in Matlab®. Here we introduce another useful command to draw 3D surfaces which are called as ‘ezplot3()’ command. We explained the use of the ‘ezplot3()’ command in Matlab® with a very basic example. You can also try this coding example in your Matlab® […]

• ## Solving Gamma Functions In MatLab® Easily

Gamma functions have a very important place in advanced mathematics. And there are lots of applications for the use of the gamma functions. Matlab® provides a very useful command called ‘gamma()’ which can solve gamma functions with the given variable.  YOU CAN LEARN MatLab® IN MECHANICAL BASE; Click And Start To Learn MatLab®! You can […]

• ## Solving Fresnel Integrals In MatLab®

In advanced mathematics, Fresnel’s integrals has a very important place. In Matlab®, you can solve the Fresnel’s integrals with the commands of ‘fresnelc()’ and ‘fresnels()’. Here we show you how to use these commands to solve Fresnel’s integrals in Matlab®.  YOU CAN LEARN MatLab® IN MECHANICAL BASE; Click And Start To Learn MatLab®! You can […]

• ## Euler Polynomials In MatLab®

Euler polynomials have very important application areas in advanced mechanics and several technical areas. In Matlab®, you can solve the euler polynomials with different variables. Here we explain how to use the ‘euler()’ command in Matlab® to solve the euler polynomials. YOU CAN LEARN MatLab® IN MECHANICAL BASE; Click And Start To Learn MatLab®! You […]

• ## Dilogarithm Integral In MatLab®

Dilogarithms are very important in advanced mathematics and engineers. Here we explain how is the dilogarithm integral and how to calculate the dilogarithms in Matlab® with the ‘dilog()’ command. YOU CAN LEARN MatLab® IN MECHANICAL BASE; Click And Start To Learn MatLab®! You can try the example code below in your Matlab® product.  What Is […]

• ## Digamma Function In MatLab®

Digamma function is defined as the logarithmic derivative of the gamma function. You can find more detailed information about the digamma function from this link.  YOU CAN LEARN MatLab® IN MECHANICAL BASE; Click And Start To Learn MatLab®! Matlab® provides a very simple and useful command which is the ‘psi()’ command. Here we explain how […]