Microsoft Math 4.71.1015.0 latest version

Introduction to Microsoft Math Functions

1. Core language

Mathematica Its symbolic programming mode has been extended to support units, allowing a large range of calculations to be performed under an advanced unit system. It provides a single syntax-free language input to support input and unit discovery.

2. Mathematics and Algorithms

​​Major extensions and integrations added to the system. Probability and Statistics adds survival and reliability analysis, as well as a unified approach to all stochastic processes. Graph and network functionality adds network streaming, social network analysis, and major performance enhancements. Control system added PID Automatic fine-tuning and full support for descriptors and delay systems. Numerical differential equations now include hybrid and parametric systems, as well as advanced support for differential algebraic equations.

3. Visualization and graphics

Mathematica Major extensions to visualizations have been added. Legends are standard in visualization functions and can be easily extended for custom graphics. Data can be plotted with units and automatically determined labels. Instruments support a new set of functions for displaying data or for use as interface controls. Mathematica 9 also adds support for drawing cubes and hardware-backed graphics fidelity on Linux.

4. Data processing

Based on Mathematica’s powerful data manipulation functions, Mathematica has added a large number of new import and export functions.

5. Calculable data

​​​​Adds direct access to social media, as well as new and updated mathematically computable data.

6. Dynamic interaction

Mathematica adds ListPicker as a control for selecting elements from a list.

7. Notebooks and documents

Mathematica introduces the concept of CellObject. Similar to NotebookObject, CellObject Allows you to get a handle to a given unit and operate on it. The functions for manipulating notebook selections have been extended to operate on cell objects. Typically, when using cell objects, such operations can be accomplished without affecting the selected contents of the notebook. This allows us to complete powerful operating functions on the notebook while using it.

8. System interface and deployment

Introduces some important interface functions of Mathematica to other systems. Supports HTTP operations, and has a large number of functions for interacting with URLs and websites to achieve synchronous and asynchronous interactions. Yes Mathematica streaming extensions allow users to back up data sources such as documents stored on a website. A new toolkit linked to the R statistical system allows users to integrate their R work with Mathematica integration.

Microsoft math software features

​ ​ 1. Calculate mathematical relationships between variables of standard mathematical functions in which the value of one variable determines the unique value of another variable, such as root and logarithms that must be raised to the power of the base in order to obtain a given number;

2. Solving an equation is a mathematical statement, usually two expressions separated by an equal sign, and their values are equal and inequal;

3. Solve triangles;

​ 4. Convert from one unit of measurement to another unit of measurement;

5. Calculate trigonometric functions, such as sine. For a given angle in a right triangle, this function A trigonometric function equal to the length of the side opposite the angle divided by the hypotenuse and the cosine. For a given angle in a right triangle, the function is equal to the length of the side adjacent to the angle divided by the hypotenuse;

​​ 6. Perform matrix math elements on a rectangular array. For example the coefficients of a linear equation, its rows and columns can be combined with rows and columns of other arrays to solve problems and vectors have magnitude and direction quantities. Examples of vectors include force and velocity operations such as inversion and cross product;

​ 7. Calculate basic statistical information, such as the average value obtained by dividing the sum of all elements in the set by the number of elements in the set. Also called the arithmetic mean or mean. and standard deviation A quantitative measure of statistical information that represents the deviation of a set of values from the arithmetic mean and is equal to the square root of the mean of the squared differences;

8. A complex number is a number in the form a + bi, where a and b are real numbers, i = sqrt(-1), so bi is an imaginary number, unless b = 0;

9. The Cartesian coordinate system provides a pair of coordinates for the position of a certain point on the plane (relative to the origin and two mutually perpendicular axes), or a combination of three coordinates for the position of a certain point in space (relative to the origin and three mutually perpendicular planes), polar coordinates system A pair of coordinates used to locate a point in a plane by specifying the length of a vector path and the angle it makes with a horizontal line, cylindrical coordinate system, and sphere A set of coordinates used to locate a point in space as a distance relative to an origin and described Its angle relative to the direction of the vertical axis expanded from the origin represents the coordinate system in which two-dimensional and three-dimensional graphics are drawn;

10. Calculate the sum of the subscripted terms of the series (possibly infinite).

The derivative is a function derived from another function. In this case, at each point of the original function, the derivative represents the slope of the original function at that point. Points are also called As an antiderivative, the indefinite integral of a function is a function that takes the original function as its derivative. , the limit is arbitrarily close to when all the values of the independent variables of a given function are sufficiently close to but not equal to the given number (or an infinite positive or negative number) The number of values for this function. and sums and products.

11. Find, draw and solve commonly used formulas and equations.

Microsoft math installation steps

​​ 1. Download the Microsoft Mathematics official version installation package from Huajun Software Park. After unzipping, double-click the exe program to enter the installation wizard and click Next

​ 2. Read the license agreement, click "I accept..." and click Next

​ 3. Click "Change" to select the installation folder. Generally, it is installed on the C drive of the computer by default. It is recommended to install on the D drive. Click Next.

4. The installation program is ready, click Install

​​ 5. Microsoft Math installation is complete, click Finish to exit the installation wizard

Microsoft Math Update Log

1. The details are more outstanding!

​​ 2.BUG gone without a trace