Why is physics so hard compared to math? Because Physics classes are about problem solving, not just computation, especially the beginning ones. Every problem in an intro Mechanics course is a “word” problem, where you are given only some information.
You will study things like:
Physics is the hardest by far. For people who say physics is easy, you haven't done "Turning points in physics" for A2 which includes Einstein's special and general relativity. Replying is easier on our app - Click here to download for FREE!
Physics is a very difficult subject for rote, but once simplified, turns out to be one of the most interesting & high scoring subjects. There will be times when you will face tough problems, in such scenarios remember to break it into simpler smaller components.
Students find physics difficult because they have to compete against different representations such as experiments, formulas and calculations, graphs, and conceptual explanations at the same time.
Physics is usually among the toughest classes someone may encounter in their academic studies, since it requires conceptual understanding of physics concepts, along with both mechanical application and conceptual understanding mathematics.
Physics is slightly harder than chemistry because it is more math-oriented and has more abstract concepts.
A Summary of The How To Study And Learn Basic Physics 1 Learn algebra, trigonometry, and calculus. 2 Master Newton’s Three Laws of Motion and The First Law of Thermodynamics. 3 Know the definitions and mathematical representations of words. 4 Be able to explain ideas simply in your own words. 5 Don’t memorize anything. 6 Visualize things 7 Draw what you can’t easily visualize
Every term in physics can be described by a mathematical formula. This is by design, as physics is a discipline that describes the universe and the only way to do this universally and accurately is with numbers. You should be able to write a word problem as an equation or create a word problem from an equation.
Instantaneous acceleration is a key idea in studying physics, and you can’t do it if you don’t how to take the derivative of an equation that represents the path an object takes. However, the real beauty of studying calculus is that it gives you a stronger intuitive grasp of rates of change.
Physics is the study of matter and energy and how it moves through time and space. This means that every equation you learn and every problem you solve will deal with you making a relationship between space, time, matter, and energy.
Algebra, in the broadest sense, is the branch of mathematics that deals with symbols and rules for manipulating those symbols. In your physics studies, very often you’ll need to look at one symbol and figure out other ways to represent it with different symbols. Consider the formula for force:
Many of the issues that students face are because they simply aren’t sure what a term means. In physics, you have to be absolutely certain you know what all words in the problem mean, otherwise, you increase your chances of getting the incorrect solution.
It’s not difficult to grasp physics concepts. It’s not difficult to solve the math. The challenge is representing the former in terms of the latter AND being able to describe it with the most precise language possible. There aren’t many things that force us to do this so we just don’t have a lot of practice doing it.
At my college, "Introductory Modern Physics" comes after two semesters of "General Physics" and is normally taken by second-year (sophomore) physics majors. It assumes students have had two semesters of calculus out of a four-semester sequence. It covers relativity, photons, atomic structure, hydrogen-atom energy levels and spectra, ...
It's 3 credits, so they either zoom over everything, or they just barely get to it. Ask people who have taken it in your school, or the prof who teaches it.#N#PL