First Year Physics Exam Prep: Challenging Problems Across Multiple Topics

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SUMMARY

The forum discussion focuses on preparing for a first-year university physics exam by seeking challenging problems that integrate multiple topics such as relative motion, kinematics, dynamics, rotation, projectile motion, momentum, and statics. Users are encouraged to provide problems that utilize numerical variables rather than algebraic expressions to enhance problem-solving skills. The discussion emphasizes the importance of understanding key physics equations, including conservation of angular momentum and torque equations, to tackle these complex problems effectively.

PREREQUISITES
  • Understanding of first-year physics concepts including kinematics and dynamics
  • Familiarity with angular momentum and torque equations
  • Ability to solve problems involving projectile motion and momentum
  • Proficiency in using numerical variables in physics problems
NEXT STEPS
  • Research advanced problems in relative motion and kinematics
  • Explore dynamics problems that incorporate rotational motion
  • Study the application of conservation laws in complex scenarios
  • Practice solving statics problems with multiple forces and torques
USEFUL FOR

This discussion is beneficial for first-year university physics students, educators seeking to challenge their students, and anyone looking to deepen their understanding of complex physics concepts through problem-solving.

Obi-2-Kenobi
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Homework Statement



I'm preparing for my first year university physics exam and was wondering if the PF community could give me some 'more difficult' problems that I could work on. If you could can the problems involve combinations of topics (ex. relative motion, kinematics, dynamics, rotation, projectile motion, momentum, statics in 1 or 2 problems). They don't have to involve all of the topics in each question just preferably have more than 1. Also could you keep the questions to all variables as numbers can make the problems tedious and they won't appear on the exam anyways. Thank you.

Homework Equations


L_i = L_f (conservation of angular momentum
L=Iω τ=Iα
τ=rxF or τ=rFsin∅
a=αR
ΔK =.5I(ω^2)_f-.5I(ω^2)_i=W ETC.


The Attempt at a Solution

 
Physics news on Phys.org
Use the 'Search' feature at the top of this page and advance search under Intro Physics Homework Help using keywords as appropriate and you'll find loads of problems and help with their solutions to boot. Best source on the Net!

Welcome to PF, and give my best wishes to Luke and the the Princess.
 

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