Name: Vortex Math: Summing the Digits of a Number is just the Remainder
Uploaded: 2025-11-10T23:04:38+00:00
Duration: 11 min 23 s
Description: 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 the number by 9. I go over a couple of exa

7 days ago

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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 the number by 9. I go over a couple of examples while also illustrating why this is the case by writing the transition numbers 10, 100 as (9 + 1), (99 + 1). I will prove this is always the case when in later videos when I cover the modulo function. Note that I denote "v=" when taking the vortex sum.

#math #vortexmath #modulararithmetic #algebra #education

Timestamps:

- Summing integer digits and the remainder after division. "v=" = "vortex sum" – 0:00
- 11 = 10 + 1 = (9 + 1) + 1 = 9 + (1 + 1) = 9 + 2 – 0:55
- Dividing 11 by 9 we get 1.222... – 1:32
- The 2 is the remainder – 2:55
- 678 v= 6 + 7 + 8 = 21 v= 2 + 1 = 3. 678/9 = 75.333... – 3:25
- Deriving in MES fraction form, separating transition "10" numbers into "9 + 1" – 4:10
- Factoring out the 9s in the denominator – 6:10
- Repeat division of 21/9 – 8:15
- Remainder is always the same as the vortex sum – 10:41