Physics Exam Topics
Mechanics
~35% of exam
- • Newton's Laws of Motion
- • Kinematics and Dynamics
- • Work, Energy, Power
- • Momentum and Collisions
- • Rotational Motion
- • Gravitation
Electromagnetism
~25% of exam
- • Electric Fields & Forces
- • Circuits and Components
- • Magnetic Fields
- • Electromagnetic Induction
- • AC/DC Circuits
Thermodynamics
~20% of exam
- • Heat and Temperature
- • Thermal Properties
- • Laws of Thermodynamics
- • Heat Transfer
Waves & Modern Physics
~20% of exam
- • Wave Properties
- • Optics
- • Atomic Structure
- • Nuclear Physics
⚠️ High-Scoring Lab Questions
Lab procedure questions (40% of exam) include:
- • Circuit wiring and diagram completion (90 sec per question, 41% error rate)
- • Experimental setup identification
- • Measurement and error analysis
- • Data interpretation from experiments
Preparation Strategies
4-Week Study Plan
Week 1: Mechanics fundamentals - Newton's laws, kinematics, energy
Week 2: Electromagnetism - circuits, magnetic fields, induction
Week 3: Thermodynamics, waves, modern physics
Week 4: Lab procedures, circuit diagrams, mock exams
Key Formulas to Master
Mechanics
- F = ma (Newton's Second Law)
- KE = ½mv² (Kinetic Energy)
- P = W/t (Power)
- p = mv (Momentum)
Electromagnetism
- V = IR (Ohm's Law)
- P = IV (Electric Power)
- F = qvB (Magnetic Force)
- ε = -dΦ/dt (Faraday's Law)
Frequently Asked Questions
How many physics questions in CSCA?
The CSCA Physics exam has 48 multiple-choice questions to be completed in 60 minutes.
What topics are in CSCA Physics?
CSCA Physics covers Mechanics, Electromagnetism, Thermodynamics, Waves & Optics, and Modern Physics.
Are lab questions in CSCA Physics?
Yes, lab procedure questions make up approximately 40% of the exam, focusing on experimental setup and methodology.
What is the wiring question in CSCA Physics?
Circuit wiring questions require completing circuit diagrams in 90 seconds with a 41% error rate. Practice is essential.
Best way to prepare for CSCA Physics?
Complete 50+ virtual lab simulations, master all formulas, practice circuit diagrams daily, and review mechanics thoroughly.