YOU (mod STEM) International Physics Competition
We invite young physics enthusiasts from all over the world to take part in this virtually-hosted competition as a great opportunity to explore the unique field of physics with fun, yet beginner friendly, problems. Supplementary age group resources are provided at the bottom of this page. Problems and solutions of the first edition are now available, stay tuned for the next edition!
Problem Sets
Solutions to selected problems
Overview
Content
The problems will mainly cover concepts of classical mechanics. Additional topics will vary depending on the respective skill sets of the available age groups.
Age group 1
7 - 9 y.o. will face 5 problems that will be more conceptual, yet will require basic math tools (addition, subtraction, multiplication, and division). The main goal is to challenge their physical understanding of the world.
Age group 3
12 - 13 y.o., will require a background in Newton's Laws of Motion and basic dynamics, as well as applications of these concepts within word problems.
Dates and Format
The YOU (mod STEM) Physics Competition will be held virtually on Saturday, October 22nd, and the problems will be available in English and Spanish.
Prizes
Winners will be featured on our website and receive a virtual medal. Honorable mention certificates will also be awarded, and all participants will receive a participation certificate.
Age group 2
10 - 11 y.o., will cover basic mechanical systems and physics-related word problems, while employing basic mathematical operations and critical thinking skills.
Age group 4
14 - 16 y. o., is the most advanced level, and therefore we recommend having a background in basic differential calculus, simple harmonic oscillators, momentum conservation, forces, and energy transformations.
Register
This is a creative way for you and your friends and family to engage in elegant physics problems!
Pre-register today for a day of creative physics exploration! Once registered, we will be sending you more information as the competition date approaches.