Why is physics so hard?

Physics links deeply abstract concepts to rigorous maths. It demands a way of thinking that is quite unnatural for us, which makes it a challenge.

In my opinion, physics is hard not because it’s complicated, but because of how it’s taught. Many teachers focus on equations and derivations without connecting them to real-life situations. If students could see physics in everyday phenomena—like how a football curves when kicked—they’d find it more engaging and less intimidating.

Physics feels hard because it requires you to think in multiple dimensions at once: theory, mathematics, and application. Unlike subjects where memorization might help, physics demands problem-solving skills. You must understand abstract concepts like relativity, quantum mechanics, or electromagnetism, and then apply them through mathematical formulas. That combination can overwhelm students.

I actually love physics, but I understand why people find it tough. The main challenge is the abstract thinking. For example, you can’t “see” gravity working, but you must understand how it influences every object. It requires imagination plus logic.

Let’s not forget the psychological aspect. Many students walk into class already believing physics is “hard,” and this mindset becomes a barrier. If you approach it with curiosity instead of fear, the subject becomes more approachable.

Another reason physics feels hard is because it builds on itself. If you miss foundational concepts like Newton’s laws or vectors, you’ll struggle with later topics like rotational motion or thermodynamics. It’s like trying to read a novel without knowing the alphabet.

Physics combines theory, math, and experiments. If someone is weak in math, the equations scare them. If someone dislikes theory, the concepts feel vague. To succeed, you need a balance of both analytical and conceptual skills.