Don’t miss outtag icon
Are you tracking AI visibility, or guessing? Get clarity with Similarweb’s AEO ToolkitTry it nowbanner icon

Slopes: Differential Equations app analytics for January 16

Slopes: Differential Equations

Slopes: Differential Equations

  • Tim Lucas
  • Apple App Store
  • Free
  • Education
Slopes is an interactive environment for exploring graphical solutions to ordinary differential equations. Slopes consists of six activities with preloaded examples to get you started and the ability to input your own content. "Slopefields" and “Phase Planes” both plot vector fields and solutions corresponding to multiple initial conditions. “Systems” dynamically solves systems of up to six equations. “Oscillations” solves second-order constant coefficient equations and animates the corresponding spring-mass system or RLC circuit. “Methods” constructs numerical approximations of a single ordinary differential equation using Euler’s method as well as Second and Fourth Order Runge-Kutta methods. "Bifurcations" creates a bifurcation diagram and shows the stability of equilibrium points. Slopes is a playground for ODEs. You can use it for homework, in-class activities or a new research project.
Slopes: Differential Equations

Store Rank

The Store Rank is based on multiple parameters set by Google and Apple.

All Categories in
United States--
Education in
United States--
Create an account to see avg.monthly downloadsContact us

Slopes: Differential Equations Ranking Stats Over Time

Similarweb's Usage Rank & Apple App Store Rank for Slopes: Differential Equations

Rank

No Data Available

Slopes: Differential Equations Ranking by Country

Counties in which Slopes: Differential Equations has the highest ranking in its main categories

No Data to Display

Top Competitors & Alternative Apps

Apps with a high probability of being used by the same users, from the same store.

CourseGrab

CourseGrab

Walker White

ODE-Solver-Integrator

ODE-Solver-Integrator

Om Prakash Chapagain

Safe NYU

Safe NYU

New York University

NYU Mobile

NYU Mobile

New York University

Slopes: Differential Equations VS.

January 16, 2026