Kind Of Latex Environment

These list are common LaTeX Environments:

Math Environments:

• equation: For numbered equations.
• equation*: For unnumbered equations.
• align: For aligned multi-line equations.
• gather: For unaligned equations, centered.

to learn write equation*, click Turn Off The Latex Equation Auto Numbering >

List Environments:

• itemize: Creates bulleted lists.
• enumerate: Creates numbered lists.
• description: For labeled lists.

Table Environments:

• table: For floating tables with captions.
• tabular: To create tables without floating.

Text Formatting Environments:

• quote: For quoted texts, usually with indentation.
• verbatim: For preserving formatting, useful for code or commands.

Figure Environments:

• figure: Used for floating figures with captions.
• subfigure: To create subfigures within a figure.

Specialized Environments:

• theorem: For stating theorems or propositions.
• proof: Unnumbered proof environment, often with a box at the end.

<< back to Learn About Latex List 1

Latex Environment Command

Type this following latex \begin{environment name} environment command, follow with a line break and your content then ending with \end{environment name} environment command.

\begin{abstract}
\begin{align}
\begin{aligned}
\begin{array}
\begin{center}
\begin{description}
\begin{displaymath}
\begin{document}
\begin{enumerate}
\begin{eqnarray*}
\begin{eqnarray}
\begin{equation*}
\begin{equation}
\begin{figure*}
\begin{figure}
\begin{flushleft}
\begin{flushright}

\begin{frame}
\begin{gathered}
\begin{itemize}
\begin{list}
\begin{math}
\begin{minipage}
\begin{multline}
\begin{quotation}
\begin{quote}
\begin{scope}

\begin{tabbing}
\begin{table*}
\begin{table}
\begin{tabular}
\begin{theorem}
\begin{titlepage}
\begin{verbatim}
\begin{verse}

<< Back to Study About Latex Equation 1

 << Back to  Learning Latex RoadMap

<< Back to  Learn About Latex List 1

Bibliography

https://www.bu.edu/ ( university )

https://www.overleaf.com/

Enumeration And Tabular In Latex 1

1. Open your Latex editor.

2. Type this following Latex code in the Latex editor:

% !TEX TS-program = pdflatex

% Distributed under the LaTeX Project Public License

% https://www.latex-project.org/lppl.txt

\documentclass{standalone}

\usepackage{array}

%% create margin border around standalone environment

\standaloneconfig{border=5mm}

\standaloneenv{minipage}

%% change default font to bold format

\renewcommand{\seriesdefault}{bx}

%% change default font in math mode to bold format

\boldmath

%% define command to include tabular in an item. Using a common p column type, all such tabulars can be properly aligned.

\newcommand{\tr}[1]{\item \begin{tabular}{*{3}{>{\bfseries}p{7cm}}} #1 \end{tabular}}

\begin{document}

\begin{minipage}{1.8\linewidth}

\Huge

%% Alignment left

\begin{flushleft}

Find the missing parts in the following triangles.

\end{flushleft}\par

\begin{enumerate}

%% Numbering List none

\renewcommand{\labelenumi}{}

\tr{ First Angle    & Second Angle   & Side Length }

%% set the counter to one

\setcounter{enumi}{0}

%% Numbering List Using Alphabet In Uppercase

\renewcommand{\labelenumi}{\Alph{enumi}.}

\tr{ $A=34^\circ$   & $C=7^\circ$    & $c=6$ }

\tr{ $A=121^\circ$  & $C=30^\circ$   & $a=6$ }

\tr{ $B=50^\circ$   & $C=80^\circ$   & $a=9$ } 

\tr{ $B=38^\circ$   & $C=111^\circ$  & $b=8$ } 

\tr{ $A=74^\circ$   & $B=74^\circ$   & $b=15$ } 

\end{enumerate}

\end{minipage}

\end{document}

3. Save file as enumerateTabularStandalone1.tex

4. Compile source code Latex.

Output

<< Back to Study About Latex Equation 1

<< Back to Learning Latex RoadMap

Bibliography

https://tex.stackexchange.com/

https://www.abdn.ac.uk/ ( university )

http://www.mnstate.edu/ ( university )

https://www.york.ac.uk/ ( university )

https://www.overleaf.com/

MatDas Operasi Hitung Campuran Dalam Latex

Di bawah ini adalah pelajaran Matematika Dasar Operasi Hitung Campuran Dalam Latex:

1. Buka editor Latex.

2. Ketik source code Latex dalam editor Latex:

% !TEX TS-program=pdflatex

% !TEX encoding=UTF-8 Unicode

% Distributed under the LaTeX Project Public License

% https://www.latex-project.org/lppl.txt

\documentclass[varwidth,multi=page,margin=5]{standalone}

\usepackage{multirow}

\usepackage{amsmath}

\usepackage{fouriernc}

\title{Matematika \\Dasar 1}

%\author{Private Course and Tutor Course}

\date{}

\begin{document}

\begin{page}

\maketitle

\end{page}

\begin{page}

{\Huge\bfseries Operasi\\ Hitung\\ Campuran}

\end{page}

\begin{page}

% 9 + 5 x 7 - 4 = ...

\begin{tabular}{l@{\quad}l@{\quad}l@{\quad}l@{\quad}c@{\quad}l@{\quad}l@{\quad}llll}

& \ \ 9 & + & \ \ 5 & $\times$ & 7 & $-$ & 4 & = & \ldots \\

= & \ \ 9 & + & ( 5 & $\times$ & 7 ) & $-$ & 4 \\

= & \ \ 9 & + & ( & 35 & \phantom{2} ) & $-$ & 4 \\

= & \ \ 9 & + & ( & 35 & \phantom{2} ) & $-$ & 4 \\

= & ( 9 & + & & 35 & \phantom{2} ) & $-$ & 4 \\

= & 44 & & & & & $-$ & 4 \\

= & 40

\end{tabular}

\end{page}

\begin{page}

% 5 x 7

Langkah 1 \\

\begin{tabular}{r@{\,}r@{\,}r@{\,}r@{\hspace{0.25em}}c@{\,}c@{\,}c@{\,}c@{\,}c@{\,}c@{\,}c@{\,}c@{\,}c} \\

5 $\times$ 7 &\phantom{1} = \phantom{1}& & 7\phantom{3} &\phantom{1} + \phantom{2}& 7 \phantom{2} & &\phantom{1} + &\phantom{1} 7 &\phantom{1} + &\phantom{1} 7 &\phantom{1} +\phantom{1} & 7 \\

& = \phantom{1}& (\phantom{1} & 7\phantom{3} &\phantom{1} + \phantom{2}& 7 \phantom{2} & ) &\phantom{1} + &\phantom{1} 7 &\phantom{1} + &\phantom{1} 7 &\phantom{1} +\phantom{1} & 7 \\

& = \phantom{1}& (\phantom{1} & 14\phantom{1} & + & 7 \phantom{2} & ) &\phantom{1} + &\phantom{1} 7 &\phantom{1} + &\phantom{2} 7 \\

& = \phantom{1}& (\phantom{1} & 21\phantom{1} & + & 7 \phantom{2} & ) &\phantom{1} + &\phantom{1} 7 \\

& = \phantom{1}& \ \phantom{5} & 28\phantom{1} & + & 7 \phantom{2} \\

& = \phantom{1}& & 35\phantom{1}

\end{tabular}

\end{page}

\begin{page}

% 35 + 9

Langkah 2

\begin{table}[h]

\centering

\begin{tabular}{c@{\,}c@{\,}c@{\,}c} \\

& & {\Huge 9} \\

{\huge +} & {\Huge 3} & {\Huge 5} \\

\hline \\

& \multicolumn{3}{c}{\huge\bfseries\ldots}

\end{tabular}

\end{table}

\end{page}

\begin{page}

% 35 + 9

Langkah 3 \\

\begin{tabular}{c@{\,}c@{\,}c@{\,}c} \\

& {\large 1} & \\

& & {\Huge 9} \\

{\huge +}& {\Huge 3} & {\Huge 5} \\

\hline \\

& & {\Huge 4 }

\end{tabular}

\end{page}

\begin{page}

%35 + 9

Langkah 4 \\

\begin{tabular}{c@{\,}c@{\,}c@{\,}c} \\

& {\large 1} & \\

& & {\Huge 9} \\

{\huge +}& {\Huge 3} & {\Huge 5} \\

\hline \\

& {\Huge 4} & {\Huge 4}

\end{tabular}

\end{page}

\begin{page}

%44 - 4

Langkah 5 \\

\begin{tabular}{c@{\,}c@{\,}c@{\,}c} \\

& {\Huge 4} & {\Huge 4} \\

{\huge $-$}& {\Huge } & {\Huge 4} \\

\hline \\

& {\Huge 4} & {\Huge 0}

\end{tabular}

\end{page}

\end{document}

3. Simpan dengan nama file MatDas1.tex

4. Compile source code Latex.

Output

Notes

Untuk melihat gambar yang lebih jelas, click pada gambar.

<< Back to Study About Latex Equation 1

<< Back to Learning Latex RoadMap

Long Division In Latex 3

1. Open your Latex editor.

2. type this following latex code in your latex editor for typing a Long Division equation in latex:

% !TEX TS-program = pdflatex

% !TEX encoding = UTF-8 Unicode

%Typeset/Build program

%-LongDivision2.tex--

\documentclass[margin=2mm, preview, varwidth]{standalone}

\usepackage{amsmath}

\usepackage{array}

\usepackage{siunitx}

\usepackage{fourier}

\usepackage{scalerel}

% macro command to type long division

\newcommand{\ldsym}{$\left.\mathstrut\right)$}% unbalanced )

\newlength{\ldwidth}

\newcommand{\longdivide}[2]% #1 = divisor/denominator, #2 = dividend/numerator

{\settowidth{\ldwidth}{\ldsym}

$#1\,\raisebox{2.1pt}{\ldsym}\hspace*{-.75\ldwidth}\overline{

\mathstrut\hspace*{.35\ldwidth}\ #2}$}

\begin{document}

% configuration for digit separator

\sisetup{group-separator={.},group-minimum-digits=3}

\renewcommand\arraystretch{1.2} %specify the vertical stretch

\begin{center}

\begin{tabular}{rr}

% Quotient

$\num{7000000}$ \\

% 5 is Divisor, 35000000 is Dividend

\longdivide{5}{\num{35000000}}\\

\underline{\num{35000000}} &\kern-2.4ex -\\

0

\end{tabular}

\end{center}

\end{document}

3. Save as LongDivision2.tex

4. Build Typeset or Compile the latex code

Output

<< back to Subject Topics Of Math

< Previous Number Place Value 

Next to learn  Vertical Multiply Equation  >

< Previous lesson of latex Equation Long Division In Latex 2

to learn other Latex draw topics, click Study About Draw In Latex >>

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• Post About Latex Equation

Study About Latex Equation 1

Basic Latex To Writing Math, Science And Other Lesson Equation

• Turn Off The Latex Equation Auto Numbering
• Latex Math Symbol And Equations 2
• Theorem and Proof In Latex 1
• Line Break In Equation Using Latex
• Latex Mathematics And Science Mode
• Latex Standalone Margin
• Latex Standalone Unique Page Per Equation Without White Space

Applied Latex Math, Science And Other Lesson Equation

• Vertical Subtraction In Latex ( latex equation )
• Latex Vertical Addition ( latex equation )
• MatDas Operasi Hitung Campuran Dalam Latex ( latex equation )
• Parts Of Fraction In Latex ( latex equation )
• Latex Fraction Equation ( latex reference )
• Prime Factor Tree In Latex ( latex equation )
• Latex Document Class Standalone 2
• Latex Multiline Expression In Science And Mathematics
• Limit With Multiline Expression Underneath In Latex ( latex equation )
• Integral Di Latex 1 ( latex equation )
  

Geometry, Trigonometry, Statistics, Science And Other Lesson Equation

• Tables In Latex 2 Standalone
• Tables In Latex 2
• Bentuk Aljabar 1 Dalam Bentuk Latex ( latex equation )
• Tables In Latex 1

Latex Exercises For Everyone

Enumeration And Tabular In Latex 1

Latex Fraction Equation

• Proper Fraction Use \frac command
  \frac{1}{2}
• Improper Fraction Use \frac command
  \frac{5}{3}
• Mixed Fraction Use \frac command
  1\frac{2}{3}
• Decimal Number Use Curly Brace Delimiter
  $0{,}6$
• Percentage Number Use Escape Character Sequence
  50\%

< Previous Parts Of Fraction In Latex

Related Post

Latex Multiline Expression In Science And Mathematics

Latex Multiline Expression In Science And Mathematics

Binomial Coefficient

\begin{equation}

{n + 1\choose{3}}

\end{equation}

Braced Fraction 1

\begin{equation}

{n + 1\brace 3}

\end{equation}

Braced Fraction / Properly Sized parentheses 2

\begin{equation}

\left{\frac{n + 1}{3}\right}

\end{equation}

Display Style Fraction

\begin{equation}

\dfrac{x}{y}

\end{equation}

Small Inline Matrices

\begin{equation}
{a\,b \choose c\,d}

\end{equation}

Integral

\begin{equation}
\int_a^b
\end{equation}

Bibliography

Latex Ebook Springer

Latex Ebook Packt Publisher

https://ctan.org/

https://www.cmc.edu/ ( university )

https://www.goodreads.com/

Related Post

Integral Di Latex 1

Latex Math Symbol And Equations 2

Latex Fraction Equation

Parts Of Fraction In Latex

Istilah Matematika Dalam Bahasa Inggris 2

Draw A Plot Point In Latex

1. Type this following latex code in the latex editor:

% !TEX-ts=pdflatex

% pdflatex plotPoint1.tex

% Distributed under the LaTeX Project Public License

% https://www.latex-project.org/lppl.txt

\documentclass{article}

\usepackage{tikz}

\usepackage{mathpazo}

\usepackage[active,multi,tightpage,varwidth,pdflatex]{preview}

\PreviewEnvironment[{[]}]{tikzpicture}

\setlength\PreviewBorder{3pt}

\begin{document}

\begin{tikzpicture}

%% draw help lines

\draw[step=1,help lines,black!20](-0.95,-0.95) grid(5.95,5.95);

%% draw x axis

\draw[->,thick] (-1,0) -- (5.6,0) node[yshift=5pt,xshift=3pt] {$\mathbf{x}$};

%% draw y axis

\draw[->,thick] (0,-1) -- (0,5) node[xshift=-6pt,yshift=-1pt] {$\mathbf{y}$};

%% draw plot points

\foreach \Point/\PointLabel in {(3,1)/A, (4,2)/B, (5,3)/C}

 \draw[fill=black] \Point circle(0.05) node[above right] {$\PointLabel$} ;

\end{tikzpicture}

\end{document}

2.Save file as plotPoint1.tex

3. Then build or typeset the Latex code.

Output

To see the output, look at the below picture:

Notes

• To see the more clear picture, click on the picture.
• Maybe you need a little bit high computer requirement to learn from above lesson list.

< Previous Linear Functions Graph in Latex 1b

<< go to Draw A Cartesian Coordinate In Latex 1

Related Post

• Posting about latex equation
• Posting About Latex

Vertical Multiplication Example

1. Set up the vertical multiplication by stacking the factor numbers vertically ( in this example 1,234  ; 321 ; 12,345 ; 6 ) and lining up the digits by place value.
2. Draw a multiplication symbol "x" to the right of the bottom number and a horizontal line underneath the most bottom number.
3. We start our multiplication with the ones' place digit (rightmost) in the bottom column. We will multiply this digit by each digit in the top number working right to left.
4. After each multiplication, we write the answers below the horizontal line working right to left. The placement here is very important to maintain the proper place value.

< Previous Long Division Example

 << go to Vertical Addition

<< go to Vertical Subtraction

Bibliography

https://www.greenemath.com/

https://www.tutorela.com/

Related Post

Basic Number Operation Vocabulary 1

Vertical Multiply Equation In Latex

Long Division In Latex

Long Division In Latex 2

Number Place Value 

TeXstudio Menu Command List

"File" menu :

File > New

File > Open

File > Save

File > Save as

File > Close

File > Exit

"Edit" menu :

Edit > Undo

Edit > Redo

Edit > Copy

Edit > Cut

Edit > Paste

Edit > Selection > Select All

Edit > Selection > Expand Selection to Word

Edit > Selection > Expand Selection to Line

Edit > Searching > Find

Edit > Searching > Find next

Edit > Searching > Find prev

Edit > Searching > Replace

Edit > Go to > Line

Edit > Go to > Previous change

Edit > Go to > Next change

Edit > Go to > Next Mark

Edit > Go to > Previous Mark

Edit > Go to > Go Back

Edit > Go to > Go Forward

Edit > Goto Bookmark > Bookmark 0

Edit > Goto Bookmark > Bookmark 1

Edit > Goto Bookmark > Bookmark 2

Edit > Goto Bookmark > Bookmark 3

Edit > Goto Bookmark > Bookmark 4

Edit > Goto Bookmark > Bookmark 5

Edit > Goto Bookmark > Bookmark 6

Edit > Goto Bookmark > Bookmark 7

Edit > Goto Bookmark > Bookmark 8

Edit > Goto Bookmark > Bookmark 9

Edit > Toggle Bookmark > Bookmark 0

Edit > Toggle Bookmark > Bookmark 1

Edit > Toggle Bookmark > Bookmark 2

Edit > Toggle Bookmark > Bookmark 3

Edit > Toggle Bookmark > Bookmark 4

Edit > Toggle Bookmark > Bookmark 5

Edit > Toggle Bookmark > Bookmark 6

Edit > Toggle Bookmark > Bookmark 7

Edit > Toggle Bookmark > Bookmark 8

Edit > Toggle Bookmark > Bookmark 9

Edit > Toggle Bookmark > Unnamed Bookmark

"Idefix" menu :

Idefix > Erase Word/Cmd/Env

Idefix > Toggle Comment

Idefix > Go to > Next Error

Idefix > Go to > Previous Error

Idefix > Go to > Next Bad Box

Idefix > Go to > Previous Bad Box

Idefix > Go to > Definition

Idefix > Complete > Normal

"Tools" menu :

Tools > Build & View

Tools > Compile

Tools > View

Tools > Bibliography

Tools > Glossary

Tools > Index

"LaTeX" menu :

LaTeX > Environments > begin{environment}

LaTeX > List Environments > item

LaTeX > Font Styles > Italics

LaTeX > Font Styles > Bold

LaTeX > Font Styles > Typewriter

LaTeX > Vertical Spacing > newpage

LaTeX > Vertical Spacing > linebreak

LaTeX > Vertical Spacing > pagebreak

LaTeX > Vertical Spacing > bigskip

LaTeX > Vertical Spacing > medskip

LaTeX > Vertical Spacing > smallskip

LaTeX > Vertical Spacing > vspace

LaTeX > Vertical Spacing > New line

LaTeX > Insert ref to Next Label

"Math" menu :

Math > Inline math mode

Math > Display math mode

Math > Math Equations > env equation

Math > Subscript

Math > Superscript

Math > Frac

Math > Dfrac

Math > Sqrt

Math > Left

Math > Right

"View" menu :

View > Previous Document

View > Next Document

View > Focus Editor

View > Focus Viewer

View > Close Something

View > Editor Zoom > Zoom In

View > Editor Zoom > Zoom Out

View > Editor > Fullscreen

Deklarasi Operator Matematika Di Latex

Mengatur Format Operator Matematika Di Latex

1. Ketik perintah LaTex berikut untuk menulis bentuk aljabar:

% !TEX TS-program = pdflatex

%% File Description:

%% to redeclare the operators symbol font.

\documentclass{article}

%% Load Packages

\usepackage{amsmath}

\usepackage[active,multi,pdftex,tightpage]{preview}

%% \PreviewEnvironment{page}

\PreviewEnvironment{minipage}

\setlength\PreviewBorder{5pt}

\usepackage[euler-digits,euler-hat-accent]{eulervm}

\usepackage[T1]{fontenc}

\DeclareSymbolFont{operators}{OT1}{\ttdefault}{m}{n}

\begin{document}

\begin{minipage}{.75\linewidth}

\section*{Redeclare Math Operator}

\section*{Teorema Pythagoras}

$\sin^2\alpha+\cos^2\alpha=1$

\section*{Aturan Sinus}

$\dfrac{a}{\sin\alpha} = \dfrac{b}{\sin\beta} = \dfrac{c}{\sin\gamma} = 2R$ \\\\

\textbf{R: lingkaran luar radius $\triangle$ ABC} \\

\section*{Luas $\triangle$ ABC}

\begin{equation*}

\sqrt{s(s-a) (s-b) (s-c)}

\end{equation*}

\end{minipage}

\end{document}

2. Build di Latex editor

3. Hasilnya, seperti di bawah ini:

Notes 

• To see the more clear picture, click on the picture.

Related Post

• Study About Draw In Latex 2
• Study About Draw In Latex
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Latex Package To Text Format

These are latex ordinary Package list To Handle Text Format :

bold-extra package;

csquotes package;

eurosym package;

extdash package;

fontenc package;

hyphenat package;

hyperref package;

inputenc package;

latexsym package;

microtype package;

parskip package;

pifont package;

ragged2e package;

setspace package;

soul package;

textcase package;

textcomp package;

ulem package;

Most Common Latex fontenc optional arguments / optional parameters:

• LFE,LAE for arabic language.
• T1 for many European languages.
• T2A for Russian language and Cyrillic letters. ( not compatible with some text format in several fonts ).

Bibliography

https://ctan.org/ ( manual ebook )

https://en.wikibooks.org/

https://www.tug.org/ ( manual ebook )

https://www.overleaf.com/

Related Post:

• Latex Package To Handle Table:

• Latex Package To Handle Math And Science Equation
• Latex Package To Handle Unicode
• Latex Package To Handle Graphic
• Latex Package To Handle Bibliography and Citations
• Latex Obsolete Packages List
• Learn About Latex List 1
• Learning Latex RoadMap
• Posting About Latex

Circle Theorem Using Latex 5

type this following latex code for drawing a circle theorem 5

% !TEX TS-program=pdflatex

% !TEX encoding=UTF-8 Unicode

%

% File name: sectorSegmentCirclePriv1.tex

% Description:

% Draw Major Segment and Minor Segment of Circle

%

% Co-Author: private course and tutor course

\documentclass[tikz,border=2mm]{standalone}

\usepackage{lmodern}

\usepackage{tikz}

\usetikzlibrary{patterns}

\begin{document}

\begin{tikzpicture}[draw=black,thick]

\filldraw[fill=blue!40,pattern=north west lines] circle (2.5cm);

\filldraw[fill=white,font=\bfseries] 

     (320:2.5cm) node[right] {\textbf{Q}} 

  -- (220:2.5cm) node[left] {P} 

  arc[start angle=220, end angle=320, radius=2.5cm] 

  -- cycle;

\node[fill=white] {\textbf{Major Segment}};

\node[font=\bfseries] at (-90:2) {Minor Segment};

\end{tikzpicture}

\end{document}

Save file as sectorSegmentCirclePrv1.tex

Build, Typeset or Compile this document.

Output

< Previous Circle Theorem Using Latex 4

to learn other Latex draw topics, click  Study About Draw In Latex >>

the circle parts, the circle elements, the circle properties, the parts of a circle, the elements of a circle, the properties of a circle

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Integral Di Latex 1

Integral Tak Tentu Dan Integral Dasar Di Latex

Ketik kode Latex berikut ini di Latex editor:

\documentclass[12pt]{article}

%% Load packages

\usepackage[fleqn]{amsmath}

\setlength{\mathindent}{0pt}

\usepackage{bookman}

\usepackage{arevmath}

\usepackage{bm}

\usepackage[active,tightpage,pdftex]{preview}

\PreviewEnvironment{minipage}

\setlength\PreviewBorder{1pt}

\begin{document}

\boldmath

\begin{minipage}{\textwidth}\label{Judul rumus}

\Huge{} Integral Tak Tentu \\

Integral Dasar

\end{minipage}

\begin{minipage}{\textwidth}\label{rumus}

\large{}

\begin{equation*}

\int{k\ x^{\ n}\ d\ x} = \dfrac{k\cdot x^{\ n\ +\ 1}}{n+1}\ +C

\end{equation*}

\begin{equation*}

untuk\quad n \neq -1

\end{equation*}

\end{minipage}

\begin{minipage}{\textwidth}\label{keterangan rumus}

\textbf{Keterangan} \\\\

$\begin{array}{ll}

\int &\ =\ \textbf{\textsf{lambang\ integral}} \vspace{1.15mm}\\

k &\ =\ \textbf{\textsf{nilai\ integral\ dari\ fungsi}} \\

f(x) &\ =\ \textbf{\textsf{fungsi\ yang\ diintegralkan (fungsi integran)}} \\

dx &\ =\ \textbf{\textsf{variabel\ yang\ diintegrasikan}} \\

C &\ =\ \textbf{\textsf{konstanta integrasi}}

\end{array}$

\end{minipage}

\end{document}

Simpan dengan nama file integralPrv1.tex

Build atau compile.

Hasil

Terminologi

Simbol Matematika : Bahasa

∫ : Lambang Integral.

k : nilai integral dari fungsi / suatu konstanta integral.

𝑓 : fungsi yang diintegralkan (fungsi integran).

dx : 

C : konstanta integrasi.

Bibliography

https://mit.edu/ ( university )

https://akupintar.id/

https://www.khanacademy.org/

https://www.quipper.com/

Circle Theorem Using Latex 4

type this following latex code for drawing a circle theorem 4

\documentclass[12pt]{article}

\usepackage{tikz}

\usetikzlibrary{calc,intersections}

\usepackage[active,tightpage,pdftex]{preview}

\PreviewEnvironment{tikzpicture}

\setlength\PreviewBorder{0.5pt}

\begin{document}

\begin{tikzpicture}[scale=5]

%% Label for chord line

\coordinate[label=above left:$\mathbf{A}$] (A) at (130:1);

\coordinate[label=below left:$\mathbf{B}$] (B) at (230:1);

\draw node [xshift=-60pt] (0,0) {$\mathbf{Chord}$}; 

\draw node[xshift=-60pt,yshift=-15pt]{$\mathbf{Line}$} (0,0);

%% draw circle

\draw[name path=circ, thick] (0,0) circle (1);

%% draw other lines

\path[name path=AC] (A) -- ($(A)!1.4!30:(B)$);

%% draw chord line

\draw[line join=bevel,ultra thick] (A) -- (B);

\end{tikzpicture}

\end{document}

Save file as chordCircle1.tex.

Output

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the circle parts, the circle elements, the circle properties, the parts of a circle, the elements of a circle, the properties of a circle

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