modulararithmetic Tag Posts Index

Vortex Math Doubling Patterns: 1248751, 3636, 9999

In this video I show the patterns that arise when we continuously double and take the vortex sum of numbers in the base 10 system. When doubling from 1, we get the

Vortex Math Doubling Patterns: 1248751, 3636, 9999

In this video I show the patterns that arise when we continuously double and take the vortex sum of numbers in the base 10 system. When doubling from 1, we get the

Vortex Math is Based on the Modulo Multiplication Identity

In this video, I go over modular arithmetic and show that it is essentially the same as the "vortex math" that I have been describing. Modular arithmetic

Modular Arithmetic = Vortex Math

In this video, I go over modular arithmetic and show that it is essentially the same as the "vortex math" that I have been describing. Modular arithmetic

Vortex Math is Based on the Modulo Multiplication Identity

In this video I show that the previous result of "multiplying a number and its vortex sum yields the same vortex sum" can be written in its equivalent

Vortex Math is Based on the Modulo Multiplication Identity

In this video I show that the previous result of "multiplying a number and its vortex sum yields the same vortex sum" can be written in its equivalent

Multiplying a Number and Its Vortex Sum Results in the Same Vortex Sum

In this video I show that multiplying a number or its vortex sum (summing digits until a single digit is obtained) yields the exact same vortex sum. This is the

Multiplying a Number and Its Vortex Sum Results in the Same Vortex Sum

In this video I show that multiplying a number or its vortex sum (summing digits until a single digit is obtained) yields the exact same vortex sum. This is the

Using Base 10 to Calculate Vortex Sum of Different Number Systems

In this video I show that the vortex digit sum (summing the digits until we obtain 1 digit) for any base number system can be obtained quickly by using the default

Using Base 10 to Calculate Vortex Sum of Different Number Systems

In this video I show that the vortex digit sum (summing the digits until we obtain 1 digit) for any base number system can be obtained quickly by using the default

Modulo Operation – Vortex Digit Sum is Equal to the Mod (base - 1)

In this video I go over the modulo operation which returns the remainder of a division between two numbers. For example 100 mod 9 = 1 because 100/9 = 99 + 1/9, hence

Modulo Operation – Vortex Digit Sum is Equal to the Mod (base - 1)

In this video I go over the modulo operation which returns the remainder of a division between two numbers. For example 100 mod 9 = 1 because 100/9 = 99 + 1/9, hence

Vortex Math: Summing Digits of a Number is the Remainder AND Repeating Digit of Division

In this video I show that not only is the vortex sum (summing of digits a number until 1 digit remains) is the remainder when dividing by the largest single digit,

Vortex Math: Summing the Digits of a Number is just the Remainder

In this video I show that the "vortex sum" of a number (summing up the digits until obtaining a single digit is obtained) is just the remainder when dividing

Vortex Math: Summing the Digits of a Number is just the Remainder

In this video I show that the "vortex sum" of a number (summing up the digits until obtaining a single digit is obtained) is just the remainder when dividing

Introduction to Vortex Math and Marko Rodin's Claims

In this video I go over an introduction to vortex math (VM) or vortex based mathematics (VBM), which involves the doubling and summing up numbers until a single

MES Math Q/A 37: What is Vortex Math?

If you have math related questions, I may have answers. September 24, 2025 Wednesday at 10:00 AM PST #math #science #vortexmath #rodincoil #modulararithmetic Summary:

🔥#MESScience 2: Vortex Math Part 1: Number Theory and Modular Arithmetic

Watch on 3Speak - Odysee - BitChute - Rumble - YouTube - Notes - PDF notes - Excel file - Summary - Vortex Math playlist - MES Science playlist In #MESScience 2

Gauss: Amazing Math Hero

Carl Friedrich Gauss is absolutely one of my favorite mathematicians of all time, contributing to a wide variety of fields. For my money he's in the top 3, but by