App Intel

Numerical Methods: Solver Live

AppInitDev30 apps · 18.2K installsEducationFree · contains adscom.appinitdev.methods.free

Solve roots, polynomial interpolation, and curve fitting with step-by-step math

Total installs
1,664
exact · Play shows 1,000+
Installs / day
—
measured after our second crawl (about a day)
Rating
—★
— ratings · — reviews
Released
24 May 2024
2.4y ago
Last update
30 Sept 2026
v3.18 free · 11d ago
Countries
—
not checked yet

Install history

exact counter from Google Play
1.6K1.7K1.8K1.9K2K10 Oct11 Oct11 Oct

Installs per day · last 30 days

Not enough history yet — check back tomorrow

Change timeline

No changes recorded yet. We compare every crawl with the previous one and list title, icon, screenshots, description, version, price and availability changes here.

Country availability

Availability has not been checked for this app yet. “Check all countries” looks the app up in about 140 Google Play storefronts and shows where it is live, listed but not installable, or missing — plus any country-specific (custom) store listings.

Top countries

Country data will be available soon.

We estimate where downloads come from using the app’s position in Google Play’s top charts in about 140 countries. This app is not in any chart we have collected yet; the estimate appears as soon as it is.

Top chart positions

Not in any tracked top chart.

Inspect the APK

Have this app's APK or XAPK file? Upload it to see the ad & analytics SDKs it bundles, a hidden home-screen launcher or accessibility access, the AdMob app id, and the full permission list — read straight from the file, nothing installed. Bring the file from your device or a mirror; we never fetch it from Google Play.

Drop an APK / XAPK here, or

Up to 100 MB · read on the server only long enough to parse the manifest

Permissions

2 in 1 group
0 Sensitive0 Notable2 Routine
OtherRoutine2

Access to miscellaneous device features that don't fit other categories

  • Connect to the internet to load content and send datafull network access · INTERNET
  • Check with Google Play that you got this app legitimatelyGoogle Play license check · com.android.vending.CHECK_LICENSE

Sensitive = can reach personal data, location, camera/mic or act on your behalf. Notable = changes how your device behaves. Routine = normal for almost every app. Source: Google Play's permission list for all versions of this app.

Store listing

Full description
Solve complex mathematical problems with precise numerical computing algorithms. Engineered for engineering students, scientific researchers, and data professionals. Obtain verified results through step-by-step logic and full iteration tables. KEY MATHEMATICAL TOOLS 🧮 Root-Finding Algorithms: Solve non-linear equations using Bisection and Newton-Raphson methods with convergence tables. 📈 Data Interpolation: Construct predictive polynomials using Linear, Quadratic, Newton, and Lagrange methods. 📊 Least Squares Regression: Perform robust curve fitting and regression modeling on empirical datasets. ⚡ Step-by-Step Transparency: Inspect complete iteration sequences, intermediate matrices, and error margins. 📐 Interactive Function Graphs: Visualize functions, data points, and algorithm convergence paths in real time. HOW TO OPERATE 1. Select the appropriate numerical algorithm for your task. 2. Input the function parameters, matrix coefficients, or coordinates. 3. Set target error tolerance thresholds and maximum iteration counts. 4. Examine the computed solutions, comprehensive iteration tables, and plots. PRIVACY AND TECHNICAL PERFORMANCE 🔒 Local Execution: All computational algorithms run strictly on-device without cloud dependencies. ⚡ Fully Offline: Operates seamlessly without Wi-Fi or cellular network connectivity. 🛡️ Data Privacy: Zero collection of telemetry, user profiles, or personal data. Empower your engineering coursework and analytical research with dependable numerical tools. *Compatible with Android 7.0 and higher. Optimized for 64-bit mobile processors. https://appinitdev.com/

What's new

Optimized convergence routines for the Newton-Raphson algorithm, enhanced decimal precision across Lagrange polynomials, and fixed formatting issues in iteration tables.

Growing in Education

Category →