Python Coding Rubric

4+ results

Sam Labs and Girls Who Code Projects

Created by

TheFitFoodieTeacher

This is compiled directly from SAM Labs and Girls Who Code and just put into slides!

Not Specific

Applied Math, Science

Math 6 | Common Factors & Cryptography Lesson Slides | Encryption Theme

Created by

Ms. Dan Hoang

"When will I ever use this?" Answer that question with this engaging lesson connecting Common Factors to Cryptography (Codes). Take your students beyond basic lists. This lesson uses a "Secret Agent" theme to show how factors function as "keys" to unlock encrypted messages. It bridges the gap between abstract math and real-world computer science concepts in a way that is approachable for Middle Schoolers. WHAT'S INSIDE:The "Hook": Introduction to encryption and why we need factors to break co

5th - 7th

Applied Math, Arithmetic, Numbers

CCSS

6.NS.B.4

Also included in: Crack the Code: Common Factors Full Lesson Bundle (Slides + Activity)

Proof Fermat’s Last Theorem

Created by

shahbaz Ahmed

I have proved Fermat’s Last Theorem using an algebraic technique, which paves the way for proving Beal’s Conjecture and opens new avenues for research in prime numbers. A manual proof of the same theorem is available in a separate file written in C++ code with the title”A manual verification of Fermat’s Last Theorem” at the platform of TPT. . For research-oriented minds, this serves as a gateway to exploring new results. The proof has not been published anywhere yet

Higher Education

Algebra, Applied Math, Calculus

A manual verification of Fermat's Last Theorem

Created by

shahbaz Ahmed

This project presents a manual verification of Fermat's Last Theorem using the C programming language. The program allows users to input custom values and engage in an interactive learning experience, gaining a deeper understanding of this fascinating concept in number theory. Written with clarity and accessibility in mind, the code ensures ease of use for learners and enthusiasts alike. The formula implemented is an original derivation by the author, Shahbaz Ahmed, a product of individual effo

Not Specific

Applied Math, Math, PreCalculus