Question

hw to use the eqn editor properly?

Answer 1

y atell me firsty how to use MULTIPLY SIGN

Answer 2

*symbol

Answer 3

you can write \times

i.e. \(2 \times 3 = 6\)

Answer 4

2\times3=6

Answer 5

its not working

Answer 6

exactly :) but a space between \times and 3

(put it in the equations editor)

Answer 7

why cant i type it directly herE?

Answer 8

2 \times 3 =6

Answer 9

bc..if you notice when you input it in the equations editor and you look at the reply box..you'll notice \[ and a reverse of that...those are essential to making the latex work

Answer 10

\[2 \times 3 =6\]

Answer 11

oh now i see

Answer 12

now how to use raised to power

Answer 13

you use ^

for example...\(3^2\) is 3^2

Answer 14

\[\huge 2 \times 3=6\]

Answer 15

\[\huge 3^2\]

Answer 16

cool is there any other command like huge?

Answer 17

\small
\normalsize
\large
\Large
\LARGE
\huge
\Huge

there are some font sizes before \small but they are small

Answer 18

\[\Huge HIIII\]

Answer 19

\[\huge HII\]

Answer 20

HOW TO GET ALPHA, BETA ETC?

Answer 21

\alpha =\(\alpha\)
\beta = \(\beta\)

Answer 22

\[\huge \alpha\]

Answer 23

k hw to show a fraction?

Answer 24

\frac{numerator}{denominator}

Answer 25

\gamma = \(\gamma\)
\digamma =\(\digamma\)
\pi =\(\pi\)
\Pi =\(\Pi\)
\epsilon =\(\epsilon\)

Answer 26

Alternative fraction method

{{numerator} \over {denominator}}

Answer 27

\[\Huge \pi\]

Answer 28

\LaTeX =\(\LaTeX\) :)

Answer 29

another fraction method \frac ab -> \(\frac ab\)

Answer 30

but rarely works lol

Answer 31

ooh w8 lemme try tht

Answer 32

i gotta go look for something to eat now.. i leave the latexing to you king

Answer 33

With pleasure :)

Answer 34

hmm i am not getting fraction crrctly

Answer 35

\[\huge \frac{3x+2}{3x-2}\]

Answer 36

hehe

Answer 37

hw to use integral and differential signs?

Answer 38

\[\Huge {3x+2 \over 3x-2}\]Mine's bigger :)

Answer 39

\int =\[\int\]To write bounds, just use ^ for the upper bound and _ for the lower bound. So

\large \int_0^5 e^{x^2} dx =\[\large \int_0^5 e^{x^2} dx\]For the differential symbol, it's just a regular d.

Answer 40

Unless you want a partial derivative. In that case, use

\partial =\(\partial\)

Answer 41

\[\d x^2\]

Answer 42

oops differential not wrking

Answer 43

Just leave out the slash.

Answer 44

{d \over dx} \;\; {x^2} =\[{d \over dx} \;\; {x^2} \]

Answer 45

\[\huge d\frac{x^2+2x+1}{x+1}\]

Answer 46

for what purpose \;\; used?

Answer 47

{in btw i cant wait to answer a qn with what i hav learned :P)

Answer 48

That's just to increase the spacing

{d \over dx} {x^2} =\[{d \over dx} {x^2} \] Which doesn't look pretty to me.

To increase spacing, use \, or or \: or \l or \quad or \qquad In order from least space to most.

Answer 49

{d \over dx} {x^2}=\[{d \over dx} {x^2}\]
{d \over dx} \,{x^2}=\[{d \over dx} \,{x^2}\]
{d \over dx} \:{x^2}=\[{d \over dx} \,{x^2}\]
{d \over dx} \;{x^2}=\[{d \over dx} \;{x^2}\]
{d \over dx} \quad {x^2}=\[{d \over dx} \quad {x^2}\]
{d \over dx} \qquad {x^2}=\[{d \over dx} \qquad {x^2}\]

Answer 50

why did u put \[x^2\] in bracket?

Answer 51

No reason other than it helps me see what I'm writing. When you're writing very large equations, it helps to see the individual parts of it by writing it in brackets.

Answer 52

hmm ...u see in last reply i wrote the sentence in a line but when it got posted it splitted into 3 lines why?hw can i overcome this?

Answer 53

Use "\ (" and "\ )" instead of "\ [" and "\ ]"

Make sure to delete the spaces.

Answer 54

srry i didnt understand what u said

Answer 55

how to make \(x^2 \) in a line?

Answer 56

i could make \(\huge x^2\) in a line !!!

Answer 57

wow !!

Answer 58

so {} is used for new line

Answer 59

now...hw can we write coloured text ?? \[\huge :)\]

Answer 60

i\[\huge \int\limits x^2\]

Answer 61

\mathsf{\color{red}{\text{KingGeorge}}}=\[\mathsf{\color{red}{\text{KingGeorge}}}\]

Answer 62

my god thts difficult to remember synatx

Answer 63

@KingGeorge

Answer 64

\color{MidnightBlue}{\text{KingGeorge}}=\[\color{MidnightBlue}{\text{KingGeorge}}\]

Answer 65

Perhaps you could write something like this soon:
\[\varphi (h)_{i, j} =
\left\{\begin{array}{cccl}
+1 & 1 \leq h(i) \leq n & \text{and} & j = h(i) \\
-1 & n+1 \leq h(i) \leq 2n & \text{and} & j=2n+1-h(i) \\
0 & \text{} & \text{otherwise} & \text{}
\end{array}
\right.\]

Answer 66

ohhh

Answer 67

Also, if you want to see the \(\LaTeX\) code someone wrote, just right-click on the math image, go to "Show Math As" and click on "TeX Commands." It will bring up a window with the latex code.

Answer 68

hw to use limits??

Answer 69

\lim_{x \rightarrow \infty } =\[\large \lim_{x \rightarrow \infty } \]

Answer 70

kk thanks a lot .i cant wait to use them..i will post here if i hav further doubts

Answer 71

Also, feel free to go into the equation editor and take a look at some of the options on the side. Click on an option to insert it, and see what the text is.

Answer 72

k

Answer 73

Hi three of you @AravindG @lgbasallote @KingGeorge
This was the best ever LaTeX lesson! Thanks so much!

Answer 74

\(\large \color{red}{\mathtt{KingGeorge}}\) \(\large \color{blue}{\mathsf{is}}\) \(\large \color{green}{\mathbf{awesome}}\)

Answer 75

\(\large \color{red}{\mathtt{So}}\) \(\large \color{orange}{\mathtt{are}}\) \(\large \color{blue}{\mathtt{you!}}\)

Answer 76

\(\text{thanks!} \ddot \smile\)

Answer 77

:) welcomes

Answer 78

\[ \huge \color{Red}{\mathfrak{l}}\color{Blue}{\mathfrak{g}}\color{Yellow}{\mathfrak{b}}\color{LimeGreen}{\mathfrak{a}}\color{Plum}{\mathfrak{s}}\color{Turquoise}{\mathfrak{a}}\color{Violet}{\mathfrak{l}}\color{Brown}{\mathfrak{l}}\color{SpringGreen}{\mathfrak{o}}\color{lightblue}{\mathfrak{t}}\color{violetred}{\mathfrak{e}}\quad

\color{ForestGreen}{\mathfrak{is}}\quad

\color{Cyan}{\mathfrak{awe}}\color{Salmon}{\mathfrak{some}}\mathfrak{.}\]