Type below and press Enter. Shift+Enter sends the line to the graph instead.
Type on the entry line. The math renders as you type, LyX-style: type LaTeX commands (\int, \frac, \begin{pmatrix}) or the shortcuts below, and Tab jumps between boxes.
Starting a line with + ^ or \cdot continues from the last answer (ans), like a TI.
ans
x^2-5x+6=0
y''+y=0, y(0)=1, y'(0)=0
a=3
A=\begin{pmatrix}…\end{pmatrix}
f(x)=x^2
:=
z=3+4i
i, e^{i\pi}, 2\angle\frac{\pi}{3} (polar entry), |z|, \arg z, \Re z, \Im z, z^* or \overline{z} (conjugate), polar(z), rect(z). The Complex menu shows results as a+bi or reiθ.
i
e^{i\pi}
2\angle\frac{\pi}{3}
|z|
\arg z
\Re z
\Im z
z^*
\overline{z}
polar(z)
rect(z)
Matrices: A^{-1}, A^T, A^\dagger or A^H (conjugate transpose), A^* (conjugate), \det A, AB, u\cdot v. The Matrix ▾ menu lists every matrix operation. Ctrl+Enter adds a row; right-click inside a matrix to add columns.
A^{-1}
A^T
A^\dagger
A^H
A^*
\det A
AB
u\cdot v
The list under the graph is separate from the console. To add a line, type it there, press Graph ↗, or use Shift+Enter. It can use anything defined in the console. Letters that aren't defined become sliders, e.g. a\sin(bx). It draws y=f(x), x=f(y), implicit curves, inequalities, polar r=f(\theta), parametric (x(t),y(t)), points, and surfaces z=f(x,y) on the 3D tab. 1:1 (2D) keeps x and y at the same scale so circles stay round; 3D glasses (3D tab) draws the surface as a red/cyan anaglyph (red lens on the left eye).
a\sin(bx)
r=f(\theta)
(x(t),y(t))
z=f(x,y)
solve(eq, x) · nsolve(eq, x, guess) · factor · expand · simplify · apart · together · cancel · collect(e, x) · diff(e, x, n) · integrate(e, x, a, b) · limit(e, x, a) · taylor(e, x, a, n) · laplace(f) · invlaplace(F) · det · inv · transpose · dagger · rref · rank · nullspace · colspace · eig · eigenvectors · charpoly · trace · dot · cross · norm · eye(n) · diag · ishermitian · isunitary · gcd · lcm · factorint · isprime · mean · median · stdev · approx(e, digits) · re · im · conj · arg · polar · rect