Calculus-based physics courses use concepts from calculus, such as derivatives and integrals, to explain and solve problems in physics. Algebra-based physics courses, on the other hand, focus on using algebraic equations and concepts to solve problems in physics. Calculus-based courses are typically more mathematically rigorous and are often required for majors in science and engineering fields.
While a strong foundation in calculus is certainly helpful, it is not necessarily required to succeed in a calculus-based physics course. Many courses will review necessary calculus concepts as they are needed, and the emphasis is more on understanding and applying the concepts rather than memorizing specific formulas or techniques.
Calculus is widely used in physics to describe and analyze motion, forces, energy, and other fundamental concepts. Some specific examples include using derivatives to calculate instantaneous velocity and acceleration, and using integrals to find the work done by a force or the total energy of a system.
Introductory physics courses typically cover basic concepts and principles in physics, while calculus-based physics goes into more depth and uses calculus to solve more complex problems. Calculus-based courses also typically require a higher level of mathematical understanding and may involve more abstract thinking and problem-solving skills.
Some tips for success in a calculus-based physics course include staying on top of the material and reviewing regularly, practicing problem-solving techniques, seeking help from the instructor or peers when needed, and making connections between calculus and physics concepts. It can also be helpful to approach problems with a big-picture understanding of the concepts and how they relate to each other.