Learn how to use the AsciiMath in JJ-Classroom. Start and end every Mathematical expression with ###. Note that Tex, LaTeX and MathML expressions are not supported.
We support only AsciiMath due to its ease of use.
List of Maths symbols, keyboard keys to use, example expression and result of the expression.
To test any example, copy it into the text input field above, start and end it with ### and Submit.
Note that these expressions also work on the JJ-Classroom's Chat Interface.
Symbol | Keyboard | Example | Result |
---|---|---|---|
Sub, Sup and Root | |||
subscript | _ | x_3 | ###x_3### |
superscript | ^ | x^3 | ###x^3### |
###sqrt### | sqrt | (-b +- sqrt(b^2 - 4ac))/(2a) | ###(-b +- sqrt(b^2 - 4ac))/(2a)### |
###root### | root | root(4)(x) | ###root(4)(x)### |
###e^x### | e^x | e^x = 1+x+1/(2!)x^2 + 1/(3!)x^3 + cdots | ###e^x = 1+x+1/(2!)x^2 + 1/(3!)x^3 + cdots### |
Binary Operators | |||
###+### | + | a + 2x | ###a + 2x### |
###-### | - | a - 2x | ###a - 2x### |
###*### | * | a * (2x) | ###a * (2x)### |
###xx### | xx or times | a xx (2x) or a times (2x) |
###a xx (2x)### or ###a xx (2x)### |
###**### | ** | a ** (2x) | ###a ** (2x)### |
###/### | / or // | a/(2x) or a//(2x) |
###a/(2x)### or ###a//(2x)### |
###-:### | -: | a -: (2x) | ###a -: (2x)### |
###@### | @ | a @ (2x) | ###a @ (2x)### |
###o+### | o+ | a o+ (2x) | ###a o+ (2x)### |
###ox### | ox | a ox (2x) | ###a ox (2x)### |
###o.### | o. | a o. (2x) | ###a o. (2x)### |
###^^### | ^^ | a ^^ (2x) | ###a ^^ (2x)### |
###vv### | vv | a vv (2x) | ###a vv (2x)### |
###nn### | nn | a nn (2x) | ###a nn (2x)### |
###uu### | uu | a uu (2x) | ###a uu (2x)### |
Big Operators | |||
###sum### | sum | sum_(i=1)^n i^3=((n(n+1))/2)^2 | ###sum_(i=1)^n i^3=((n(n+1))/2)^2### |
###prod### | prod | prod_(i=1)^n i^2 | ###prod_(i=1)^n i^2### |
###^^^### | ^^^ | ||
###vvv### | vvv | ||
###nnn### | nnn | ||
###uuu### | uuu | ||
###int### | int | int_0^1 x^3 dx | ###int_0^1 x^3 dx### |
###oint### | oint | oint_0^1 x^3 dx | ###oint_0^1 x^3 dx### |
###dy/dx### | dy/dx | f'(x) = dy/dx | ###f'(x) = dy/dx### |
Binary Relations | |||
###=### | = | ||
###!=### | != | ||
###lt### | lt | ||
###gt### | gt | ||
###le### | le | ||
###ge### | ge | ||
###prec### | prec | ||
###succ### | succ | ||
###preceq### | preceq | ||
###succeq### | succeq | ||
###in### | in | ||
###!in### | !in | ||
###sub### | sub | ||
###sup### | sup | ||
###sube### | sube | ||
###supe### | supe | ||
###-=### | -= | ||
###~=### | ~= | ||
###~~### | ~~ | ||
###prop### | prop | ||
Logical Operators | |||
###and### | and | ||
###or### | or | ||
###not### | not | ||
###implies### | implies | ||
###if### | if | ||
###iff### | iff | ||
###AA### | AA | ||
###EE### | EE | ||
###_|_### | _|_ | ||
###TT### | TT | ||
###|--### | |-- | ||
###|==### | |== | ||
Brackets | |||
###(### | ( | ((a),(b)) | ###((a),(b))### |
###)### | ) | ((a),(b)) | ###((a),(b))### |
###[### | [ | [[a,b],[c,d]] | ###[[a,b],[c,d]]### |
###]### | ] | [[a,b],[c,d]] | ###[[a,b],[c,d]]### |
###{### | { | {(2x,+,17y,=,23),(x,-,y,=,5):} | ###{(2x,+,17y,=,23),(x,-,y,=,5):}### |
###}### | } | {(2x,+,17y,=,23),(x,-,y,=,5):} | ###{(2x,+,17y,=,23),(x,-,y,=,5):}### |
###(:### | (: | ||
###:)### | :) | ||
Miscellaneous | |||
###del### | del | ||
###grad### | grad | ||
###+-### | +- | ||
###O/### | O/ | ||
###oo### | oo | ||
###aleph### | aleph | ||
###/_### | /_ | ||
###:.### | :. | ||
###ldots### | ldots | ((a_(11), cdots, a_(1n)), (vdots, ddots, vdots), (a_(m1), cdots, a_(mn))) | ###((a_(11), cdots, a_(1n)), (vdots, ddots, vdots), (a_(m1), cdots, a_(mn)))### |
###cdots### | cdots | ||
###vdots### | vdots | ||
###ddots### | ddots | ||
###diamond### | diamond | ||
###square### | square | ||
###|__### | |__ | ||
###__|### | __| | ||
###|~### | |~ | ||
###~|### | ~| | ||
###CC### | CC | ||
###NN### | NN | ||
###QQ### | |||
###RR### | RR | ||
###ZZ### | ZZ | ||
Standard Functions | |||
###sin### | sin | sin x | ###sin x### |
###cos### | cos | cos x | ###cos x### |
###tan### | tan | tan x | ###tan x### |
###csc### | csc | csc x | ###csc x### |
###sec### | sec | sec x | ###sec x### |
###cot### | cot | cot x | ###cot x### |
###sinh### | sinh | sinh x | ###sinh x### |
###cosh### | cosh | cosh x | ###cosh x### |
###tanh### | tanh | tanh x | ###tanh x### |
###log### | log | log x | ###log x### |
###ln### | ln | ln x | ###ln x### |
###det### | det | ||
###dim### | dim | ||
###lim### | lim | lim_(Nrarroo) sum_(i=0)^N | ###lim_(Nrarroo) sum_(i=0)^N### |
###mod### | mod | ||
###gcd### | gcd | ||
###lcm### | lcm | ||
###max### | max | ||
###min### | min | ||
###{: x )### | {: x ) | ||
###( x :}### | ( x :} | ||
###abs(x)### | abs(x) | ||
###floor(x)### | floor(x) | ||
###ceil(x)### | ceil(x) | ||
###norm(x)### | norm(vecx) | ||
###ubrace(1+2)### | ubrace(1+2) | ||
###obrace(1+2)### | obrace(1+2) | ||
###cancel(x)### | cancel(x) | ||
Accents | |||
###hat x### | hat x | ||
###bar x### | bar x | ||
###vec x### | vec x | ||
###dot x### | dot x | ||
###ddot x### | ddot x | ||
Arrows | |||
###rarr### | rarr | ||
###larr### | larr | ||
###harr### | harr | ||
###uarr### | uarr | ||
###darr### | darr | ||
###mapsto### | mapsto | ||
Lowercase Greek Letters | |||
###alpha### | alpha | ||
###beta### | beta | ||
###gamma### | gamma | ||
###delta### | delta | ||
###epsilon### | epsilon | ||
###varepsilon### | varepsilon | ||
###zeta### | zeta | ||
###eta### | eta | ||
###theta### | theta | ||
###vartheta### | vartheta | ||
###iota### | iota | ||
###kappa### | kappa | ||
###lambda### | lambda | ||
###mu### | mu | ||
###nu### | nu | ||
###xi### | xi | ||
###pi### | pi | ||
###rho### | rho | ||
###sigma### | sigma | ||
###tau### | tau | ||
###upsilon### | upsilon | ||
###phi### | phi | ||
###varphi### | varphi | ||
###chi### | chi | ||
###psi### | psi | ||
###omega### | omega | ||
Uppercase Greek Letters | |||
###Gamma### | Gamma | ||
###Delta### | Delta | ||
###Theta### | Theta | ||
###Lambda### | Lambda | ||
###Xi### | Xi | ||
###Pi### | Pi | ||
###Sigma### | Sigma | ||
###Phi### | Phi | ||
###Psi### | Psi | ||
###Omega### | Omega |