FRCR Part 1 Physics Study Guide 2025
Your complete roadmap to FRCR Part 1 Physics success. Comprehensive study strategies, timeline planning, and expert tips to maximize your exam performance.
3-Month FRCR Part 1 Physics Study Plan
Structured preparation timeline designed for optimal learning and retention
Month 1: Foundation Building
Week 1-2: Basic Physics Concepts
- Read Farr's Chapters 1-3 (Basic Physics)
- Practice 20 MCQs daily on fundamentals
- Review mathematics and units
Week 3-4: X-ray Physics Foundation
- X-ray production and tube design
- Beam characteristics and filtration
- Practice X-ray physics MCQs
Month 2: Advanced Topics
CT & MRI Physics
- • CT scanner design
- • Image reconstruction
- • MRI pulse sequences
- • Contrast mechanisms
Ultrasound & Nuclear
- • Acoustic wave properties
- • Doppler effects
- • Radioactive decay
- • Gamma camera design
Practice Schedule
- • 40 MCQs daily
- • Topic-focused sessions
- • Weekly mock tests
- • Review weak areas
Month 3: Exam Preparation
Week 1-2: Intensive Practice
- • 60+ MCQs daily
- • Full-length mock exams
- • Time management practice
- • Formula memorization
Week 3-4: Final Revision
- • Review incorrect answers
- • Focus on weak topics
- • Final mock exams
- • Exam day preparation
Essential Study Resources
Curated collection of the best resources for FRCR Part 1 Physics success
Primary Textbooks
- • Farr's Physics for Medical Imaging
- • Bushberg's Essential Physics
- • Cherry & Sorenson Physics
Online Platforms
- • FRCRX.COM MCQ Platform
- • RCR E-learning Modules
- • Physics Revision Courses
Question Banks
- • 1000+ FRCR MCQs
- • Topic-specific questions
- • Mock exam simulations
Quick Reference
- • Physics formulas guide
- • Constants and units
- • Summary notes
Expert Study Tips for FRCR Part 1 Physics
Effective Study Strategies
Understand, Don't Memorize
Focus on understanding physics concepts rather than rote memorization. This helps with complex scenario-based questions.
Practice Questions Daily
Consistent daily practice is more effective than cramming. Start with 20 questions daily and gradually increase.
Review Explanations
Always read explanations for both correct and incorrect answers. This reinforces learning and fills knowledge gaps.
Exam Day Preparation
Time Management
Practice with 36 seconds per question. Skip difficult questions and return later during review time.
Mock Exam Practice
Take full-length practice exams under timed conditions to build stamina and familiarity with exam format.
Stay Calm and Focused
Maintain composure during the exam. If stuck on a question, mark it and move on. Trust your preparation.
Ready to Start Your FRCR Part 1 Physics Journey?
Follow this proven study guide and practice with our comprehensive MCQ platform for FRCR Part 1 success.
Frequently Asked Questions
Everything you need to know about FRCR Part 1 Physics preparation
How long should I study for FRCR Part 1 Physics?
Most candidates require 3-6 months of dedicated preparation. Begin with 3 months minimum, studying 2-3 hours daily with a structured approach covering all topics systematically.
What is the best study schedule for FRCR Part 1 Physics?
Week 1-4: Foundation concepts and basic physics. Week 5-8: Topic-specific deep dive (X-ray, CT, MRI). Week 9-12: Practice questions and mock exams. Final 2 weeks: Revision and exam technique.
How many practice questions should I do for FRCR Part 1?
Aim for 1000+ practice questions across all topics. Start with 20 questions daily, increasing to 50+ questions during intensive preparation. Focus on understanding explanations rather than just getting answers correct.
Which physics textbook is best for FRCR Part 1?
Farr's Physics for Medical Imaging is the gold standard and primary recommended textbook. Supplement with Bushberg's Essential Physics of Medical Imaging for additional depth.
How do I manage time effectively in FRCR Part 1 Physics exam?
You have 120 minutes for 200 questions (36 seconds per question). Practice timed sessions, skip difficult questions initially, and return later. Aim to complete first pass in 90 minutes.