Advice from past competitors and problem writers on how to approach each part of the Berkeley Physics Tournament.
The lab section emphasizes experimental design, uncertainty analysis, and clear communication.
Key idea
Reasoning matters more than perfect data.
Spend time discussing what you’re measuring, which variables matter, and how you’ll estimate uncertainty before touching the equipment.
Order-of-magnitude uncertainty estimates help guide how precise your measurements need to be.
Clear justification for your experimental decisions often earns more credit than numerical precision.
The FRQ section rewards structured reasoning, clear diagrams, and well-explained answers.
Common mistake
Jumping straight to equations
Write down the physics in words first. Equations should follow from reasoning, not replace it.
Fast-paced, team-based, and intense. Strategy matters as much as physics.
Assign problems strategically based on strengths, then reconvene to check answers quickly.
If a problem stalls your team, move on and come back later. Time management is critical.
Order-of-magnitude checks can catch mistakes and speed up calculations.