<p>After 3 semesters of calculus, and being lectured by so many upperclassmen and professors (because I go to school a lot rofl), and I am a physics major myself, and I love physics very much…</p>
<p>You can either co-take physics 1 and calculus 1. This is what most freshman do (those enter college with calculus being first math class, and if physics is their first course).
I didn’t. Although I had caclulus 1 before entering college, I had chemistry and calculus 1 in my freshman first semester. So I began my physics 1 last semester, along with calculus 2.</p>
<p>But usually it’s a good idea to co-take physics 1 with calculus 2. The reason is because you don’t even know what limit and derivative are until you finish calculus 1.</p>
<p>In physics one you will learn simple vectors, cross product and dot product which are cover in calculus 3. But that’s okay because they are so light and totally not important at that stage, so most schools don’t give a damn about those. They will tell you how to perform cross product, dot product, and vectors. But you still have no idea why you need cross product and dot product until you hit calculus 3.</p>
<p>You will see do product and cross product in physics 1 all the time, for example: work and torque, angular momentum, respectively. </p>
<p>Again, at this stage your concern is able to solve problems. Unless you are a physics major, or some hardcore engineering course where definition of cross product, dot products, and fields are required. These things are beyond physics 1.</p>
<p>In our school, calculus 2 is just about integration and differentiation techniques.
If you do take physics 1 after finishing calculus 2, that’s not bad. Consider calculus 3 begins with vector.</p>
<p>However, word of caution. I forgot to mention earlier: course curriculum varies from school to school. At our school, calculus 3 covers vectors and vector functions, integration over spaces, multivariate calculus (partial derivative, double and triple integration), and series. Many schools cover series before calculus 3. Some school offers 4 semesters of calculus!!!</p>
<p>Beyond those two course, you definitely need linear algebra and differential equations to continue your physics major study. </p>
<p>In fact, you will encounter at least one multivariate application. I believe it’s the center of mass. Not a bad deal at all.</p>
<p>As my math professor (for linear algebra and vector analysis course, he has background in math and physics) said: it was better to know all the calculus to enter physics. He said students didn’t really understand what a field is until they hit vector calculus. At the moment I am doing vector calculus as the first half of the course, and later I will do matrix, which is essential for quantum mechanics.</p>
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What are those “elective”? I don’t understand. </p>
<p>Physics 1 requires very light calculus.
Physics 2 will require a lot more consider the applications aren’t straightforward anymore.</p>