Is Physics Harder Than Maths A Level?

By Ishika S.

13 February, 2024

Comparing the difficulty of physics and mathematics at the A-level (or similar high school level) is subjective and depends on individual strengths, interests, and study habits. Check this web story out for more.


Here are four points to consider when comparing the two subjects:

1. Mathematical Rigor:

Both physics and mathematics at the A-level involve a significant level of mathematical rigor. Mathematics A-level typically covers topics such as algebra, calculus, geometry, and statistics, requiring students to develop strong problem-solving and analytical skills. Physics A-level also requires mathematical proficiency, but the application of mathematical concepts is often in the context of understanding physical principles and solving problems related to mechanics, electricity, and other topics.

Physics at the A-level involves understanding fundamental principles of physics, such as Newton’s laws of motion, electromagnetic theory, and thermodynamics. While mathematics A-level also requires understanding concepts, the focus may be more on abstract mathematical ideas and their applications. Physics requires students to grasp physical phenomena and their underlying principles, which may involve visualizing and conceptualizing complex systems.In contrast, science involves observation, experimentation, data analysis, and critical thinking to understand natural phenomena and develop scientific explanations. Some individuals may find the hands-on, inquiry-based approach of science more engaging and accessible.

2. Conceptual Understanding:

Physics A-level often includes laboratory work and practical experiments to reinforce theoretical concepts and develop experimental skills. Students may conduct experiments to verify physical laws, analyze data, and draw conclusions, which can enhance their understanding of the subject. While mathematics A-level may involve problem-solving exercises, the emphasis may be less on practical experimentation and more on theoretical understanding and mathematical manipulation.

3. Experimental and Practical Skills:

4. Interdisciplinary Connections:

Physics and mathematics are closely intertwined disciplines, with concepts from mathematics often applied in physics and vice versa. A strong foundation in mathematics can enhance understanding and problem-solving abilities in physics, and vice versa. Therefore, students who excel in mathematics may find certain aspects of physics more accessible, and vice versa.

Ultimately, whether physics is harder than mathematics at the A-level depends on individual aptitude, interests, and study habits. Both subjects require dedication, critical thinking, and perseverance to master, but students may find one subject more challenging or enjoyable based on their strengths and preferences.