Jeremiah9000

bracket-logic

My solution to testing if a math expression has valid bracket logic (example: [(a*b+<7-c>+9] is bad, ([<x+y>+3]-1) is good

Concentric-Rugs

My solution to a python practice problem found on edabit.com

Data-Analytics-Work-Samples

Learning-JWT

Showing My Progress in Learning JSON Web Tokens

Poker-with-Python

Poker with Python

prime_numbers_truncatable

Checks if number is prime and if truncatable left or right.

search-for-the-greatest-z-score

uses numpy.random.randn() to generate a random number from a distribution with a mean of 0 and a standard deviation of 1 (a z-score, basically). It then keeps record on a txt file of the greatest z-score(a z-score with the lowest probability). The greatest z-score I have gotten so far is 6.323802311020854. Can you beat that?

SQL_PortfolioProjects

Jeremiah9000/Poker-with-Python

Poker with Python

Jeremiah9000/Concentric-Rugs

My solution to a python practice problem found on edabit.com

Jeremiah9000/prime_numbers_truncatable

Checks if number is prime and if truncatable left or right.

Jeremiah9000/bracket-logic

My solution to testing if a math expression has valid bracket logic (example: [(a*b+<7-c>+9] is bad, ([<x+y>+3]-1) is good

Jeremiah9000/Data-Analytics-Work-Samples

Jeremiah9000/Learning-JWT

Showing My Progress in Learning JSON Web Tokens

Jeremiah9000/search-for-the-greatest-z-score

uses numpy.random.randn() to generate a random number from a distribution with a mean of 0 and a standard deviation of 1 (a z-score, basically). It then keeps record on a txt file of the greatest z-score(a z-score with the lowest probability). The greatest z-score I have gotten so far is 6.323802311020854. Can you beat that?

Jeremiah9000/SQL_PortfolioProjects