AI Math Handbook Calculator

\infty

$oo$

α

$alpha$

β

$beta$

γ

$gamma$

Γ

$Gamma$

δ

$delta$

θ

$theta$

π

{sin}^{- 1} (x)

$sin^(-1)(x)$

{cos}^{- 1} (x)

$cos^(-1)(x)$

{tan}^{- 1} (x)

$tan^(-1)(x)$
sinh(x) cosh(x) tanh(x) coth(x)

{sinh}^{- 1} (x)

$sinh^(-1)(x)$

{cosh}^{- 1} (x)

$cosh^(-1)(x)$

{tanh}^{- 1} (x)

$tanh^(-1)(x)$
f(x)= x

x^{2}

$x^2$

\sqrt{x}

$sqrt(x)$

\sqrt[3]{x}

$root3(x)$

e^{- x}

$e^-x$ exp(x) ln(x) log(x)

{log}_{10} (x)

$log_10 (x)$ |x| W(x)

$((3),(x))$
x! x!!

$Gamma(x)$

$gamma(2,0,x)$

$psi(x)$ erf(x)

$Phi(x)$ Ei(x) li(x) si(x)

$zeta(x)$

$E _0.5 (x^0.5)$

$sum_(x=0)^5$ (x)

$int$

$int$ y(x) dx

$int y(x) (dx)^0.5$

$int_0^1$ sin(x) dx

$d/dx$ y(x)

$(d^(1) y)/dx^(1)$

$y^((1))(x)$ y' y''

Input:
pdsolve(ds(y,t,0.5)=ds(y)-2y)

Write:
$pdsolve(ds(y,t,0.5)=ds(y)-2y)$

Compute:

$pdsolve(\frac{d^{{0.5}}y}{dt^{{0.5}}}=\frac{dy}{dx} - 2\ y)$

Output:
$pdsolve(\frac{d^{{0.5}}y}{dt^{{0.5}}}=\frac{dy}{dx} - 2\ y)== pdsolve(a=b,y_)$

Result:

$(d^0.5y)/dx^0.5 = y*sin(x)/x$