SATOSHI • NOSTR • IA LLM ML • LINUX • BUSINESS | HODLER TUTORIAL
@TutorialBTC
1.23K
subscribers
15.5K
photos
2.04K
videos
243
files
20.7K
links
#DTV
Não Confie. Verifique.
#DYOR
FONTES & PESQUISA
tutorialbtc.npub.pro
📚
DESMISTIFICANDO
#P2P
Redes de Pagamentos
#Hold
Poupança
#Node
Soberania
#Nostr
AntiCensura
#Opsec
Segurança
#Empreender
Negócio
#IA
Prompt
#LINUX
OS
♟
#Matrix
'Corrida dos ratos'
Download Telegram
Join
SATOSHI • NOSTR • IA LLM ML • LINUX • BUSINESS | HODLER TUTORIAL
1.23K subscribers
SATOSHI • NOSTR • IA LLM ML • LINUX • BUSINESS | HODLER TUTORIAL
#Math
#Number_theory
source
John D. Cook | Applied Mathematics Consulting
Additive and multiplicative persistence
The additive persistence of a
number
is related to iteratively casting out nines. Multiplicative persistence is analogous but more interesting.
SATOSHI • NOSTR • IA LLM ML • LINUX • BUSINESS | HODLER TUTORIAL
#Math
#Number_systems
#Number_theory
source
John D. Cook | Applied Mathematics Consulting
Golden ratio base
numbers
Positional
number
systems typically have a integer base, but irrational and even complex bases are possible. The golden ratio was the first irrational base.
SATOSHI • NOSTR • IA LLM ML • LINUX • BUSINESS | HODLER TUTORIAL
#Math
#Number_theory
source
John D. Cook | Applied Mathematics Consulting
Golden powers revisited
Powers of the golden ratio are nearly integers. This post explains why. Also, these integers are the sum of two Fibonacci
numbers
.