What is harder physics or math?


What is harder physics or math?

What is harder physics or math?



One of the most debated topics among students and educators is whether physics is harder than math or vice versa. Even when both subjects are related to each other, they have different levels of complexity and different applications in real life. In this article, we will discuss the factors that make physics harder than math and vice versa, address some frequently asked questions, and provide some helpful tips for students.

Factors that make physics harder than math

General perception among students and educators is that physics is harder than math. Here are some reasons why:

  1. Theoretical concepts: Physics deals with some abstract theoretical concepts that are difficult to comprehend, such as relativity, quantum mechanics, and thermodynamics. These concepts require a high level of abstract thinking and a deep understanding of mathematics to truly grasp.
  2. Mathematical calculations: Physics involves a lot of mathematical calculations, often using complex formulas and equations. Students need to have a thorough understanding of mathematical concepts such as calculus, algebra, geometry, and trigonometry to succeed in physics.
  3. Laboratory experiments: Another factor that makes physics challenging is the laboratory experiments that are required. Students need to perform measurements, record data and analyze results accurately, all while adhering to strict safety guidelines.
  4. Lab reports: Physics students are also required to write detailed lab reports that require a combination of technical writing skills and scientific analysis. Writing these reports consumes significant amounts of time, which can be a burden on students who are already dealing with other academic demands.
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Factors that make math harder than physics

While physics can be challenging, there are also factors that make math notoriously difficult for students to master.

  1. Abstract concepts: Math involves abstract concepts that are often difficult to grasp, such as imaginary numbers, matrices, and topology. These concepts require a level of abstract thinking and critical reasoning that not all students may possess.
  2. Algorithms: Math requires strict adherence to algorithms and formulas, which can be difficult for students who prefer to learn by example or through hands-on experimentation.
  3. Rigorous logic: Math requires rigorous logical reasoning and proof-building, which can be challenging for students who are more intuitive or creative in their thinking processes.



1. Is physics harder than math?

While it is challenging to compare, physics is generally perceived to be harder than math because of the higher level of abstraction, mathematical calculations, laboratory experiments, and technical writing skills involved.

2. Is math harder than physics?

While physics requires a lot of math, the abstract nature of math concepts, strict adherence to algorithms/formulas, and need for rigorous logic make math notoriously difficult for students to master.

3. How can I improve my performance in math and physics?

You can improve your performance in math and physics by practicing regularly, seeking help when needed, understanding the fundamental concepts, and developing your critical thinking skills. Additionally, try to remain curious and engaged in both subjects to help you stay motivated.



While the debate over which subject is harder will likely continue, it is important to remember that both math and physics are essential in our daily lives and are vital to many careers. No matter which subject you choose to pursue, make sure to remain engaged and curious in your studies, seek help when needed, and believe in your ability to succeed.

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