CloudLabs Ions Equilibrium vs GanitAR

In this laboratory you will have a bottle with deionized water, a bottle with iron (II) nitrate, a bottle with potassium thiocyanate, a bottle with sodium hydroxide, two test tubes, a rack and four pipettors. The objective of the practice is to determine the amount of sodium hydroxide that can reduce the initially produced concentration of iron nitrate, potassium thiocyanate and water, in addition to finding the equilibrium constant of the reaction.

GanitAR brings mathematics into the real world. Drop 3D geometry onto your desk, walk around a parabola, rotate a dodecahedron with your finger, and watch abstract concepts become objects you can see from every angle. Built natively for iPhone and iPad with SwiftUI and RealityKit, GanitAR turns the camera into a classroom. Why GanitAR? • See it, don't just solve it. Spatial intuition beats memorization. • Built for students, teachers, and curious minds — from middle school through early university. • Tap-to-place, pinch-to-scale, drag-to-rotate. No setup, no accounts. • Works offline. Your math, your device, no tracking. What you get • Interactive 3D solids: cubes, prisms, pyramids, spheres, tori • Live function plotting in 3D space (coming soon) • Vector and coordinate visualizers • Step-through geometry proofs you can walk around • Dark mode, accessibility labels, Dynamic Type Designed for Learning GanitAR is built around a simple idea: when you can move around an idea, you understand it. Every interaction is one tap or one gesture. No paywalls block the basics. Privacy first GanitAR collects no personal data. No analytics SDKs. No ads. Camera is used only for AR rendering on-device. Requirements • iOS 17 or later • iPhone or iPad with A12 Bionic chip or newer (for ARKit) • Rear camera