Calculus
Offline Calculus Software for Windows
Real reciprocal integration (introduced in 3.0)
integrate(1/x)Returns ln(abs(x)) + C. This real antiderivative applies separately on x > 0 and x < 0; it is undefined at zero and the two intervals may have independent constants.
The supported finite definite path for 1/x and admitted nonzero literal multiples accepts same-side nonzero bounds. For 1/x, [1, 2] gives ln(2); [−2, −1] gives −ln(2). Reversing limits negates the result. Zero crossings or endpoints are refused; there is no principal-value fallback or general improper-integral engine. Differentiating abs remains unsupported.
SumWise helps students, tutors, teachers, engineers, and technical Windows users explore calculus without jumping between a graphing website, a symbolic calculator, and a separate scientific calculator.
Calculus Workflows In SumWise
- Graph functions and compare them visually.
- Find supported symbolic derivatives and integrals.
- Show tangent lines and tangent points on graphs.
- Shade definite integral regions.
- Mark roots, local minima, and local maxima where supported.
- Use Function Reference details and examples where available.
Examples To Try
derivative(x^3)
integrate(sin(x))
graph x^2 from -5 to 5
graph_tangent(x^2, 3) from -2 to 6
graph_area(sin(x), 0, pi) from -1 to 4
tangent_line(x^2, x, 2)
definite_integral(x^2, x, 0, 3)
critical_points(x^2 - 4*x + 4, x)
extrema(x^2 - 4*x + 4, x)Related Tutorial
Follow the verified
critical-points tutorial
to calculate x = 2 for a simple polynomial and inspect
the result with SumWise graphing.
Honest Scope
SumWise includes scoped symbolic calculus and visual calculus tools for supported expressions. It is not a complete general-purpose symbolic algebra system and is not an exam-certified handheld calculator.
Choose another worked calculation or review saved-workspace and presentation-export differences. Local calculation is separate from Microsoft Store license verification.