Math is fun, they said.
Math is required for computer engineering, they said.
Math is everywhere, they said.
Math is boring, they said.
Math is _____, they said.
I introduce to you Math March, a simple and intuitive Math Game for iOS for Pre-k to 12th Grade and beyond. After seeing all the misleading apps in the App Store, full of obnoxious ads, and unrealistic subscription fees, I decided to build my own in effort to help my child and his classmates learn math unconventionally and in my opinion, more rapidly.
The app is teacher, kid, and parent approved. Guaranteed to help you and your family learn rapidly and appreciate the wonders of numbers.
It's free, it's fun, and you're the first to hear of it. So go get on the Math March train and train your brain!
@oginokairan thank you for checking out Math March. Unfortunately, it's highly unlikely that I will launch on Android. I am using SwiftUI for iOS development. While I love React Native, Kotlin, and other cross platform solutions, I am loving Swift even more lately. I know there are many Math apps out there. I hope you find one that suits you best!
@millie_crystal great question and thank you for your support and time. I started with basic math, mainly because I have an elementary aged child who claims "bro, math is boring" but loves playing games. So it was mainly created with him, my co-founder. There are plans to add more complexity if the app shows significant signs of traction and engagement, and obvious demand. Such complexity like:
Algebra: Algebra is a fundamental branch of mathematics taught in high school. It includes solving equations, manipulating algebraic expressions, and working with variables.
Geometry: Geometry deals with the study of shapes, sizes, properties of space, and the relationships between them. High school geometry often includes topics like triangles, circles, and coordinate geometry.
Trigonometry: Trigonometry focuses on the study of triangles and their angles. Students learn about trigonometric functions like sine, cosine, and tangent and their applications.
Calculus: Some high school students may be introduced to basic calculus concepts, particularly in advanced or honors courses. This includes limits, derivatives, and integrals.
Statistics and Probability: High school math often includes introductory statistics and probability. Students learn about data analysis, probability distributions, and basic statistical concepts.
Number Theory: While not always covered extensively, number theory may be introduced. It involves the study of integers and their properties.
Advanced Algebra: This may include topics like matrices, complex numbers, and polynomial equations.
Pre-Calculus: Pre-calculus bridges the gap between algebra and calculus, covering advanced algebraic concepts and trigonometry in preparation for calculus.
Applied Mathematics: High school math can also include applied topics like basic financial mathematics, modeling, and practical problem-solving.
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