Classical Mechanics or General Physics?

In summary, there are two types of courses that can be called "Classical Mechanics" and "General Physics." One is a two-semester calculus-based introductory physics sequence, while the other is an intermediate or advanced course assuming prior knowledge. At sydrnyc's school, taking Classical Mechanics is recommended for physics majors, but taking General Physics is acceptable as well. Both courses require knowledge of calculus.
  • #1
sydrnyc
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I'm thinking about being a physics major with a double major in Earth Science. At my college Classical Mechanics is a required course for a physics major, whereas General Physics is required for the Earth Science major. There is an option at my school to take General Physics instead of Classical Mechanics and still fulfill a requirement for the physics major, although it says that that is much less desirable. So here is my question:
Should I forgo Classical Mechanics altogether and just take General Physics? Or should I take General Physics and Classical Mechanics? I really feel like I'd be missing out if I didn't take classical Mechanics, but its just so convenient to kill 2 birds with one stone by just taking General Physics. Any advice? (My career goals are in aerospace and planetary science)
 
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  • #2
Can you list the course contents of classical mechanics and general physics?

That said, it's hard to imagine a physics major who didn't take classical mechanics...
 
  • #3
General Physics goes into detail with everything, mechanics, relativity, electromagnetism, etc. while classical mechanics focuses solely on mechanics.
 
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And I know, that's why I'm worried about not taking it. Would it be too much to do both do you think?
 
  • #5
Isn't general physics a prerequisite for classical mechanics?
 
  • #6
No, or at least not at my school.
 
  • #7
There are (at least) two different kinds of courses that could be called "Classical Mechanics." One kind is the first half of a two-semester calculus-based intro physics sequence for physics and engineering majors, using a textbook like Halliday/Resnick. The other kind is an intermediate or advanced course that assumes you've already taken the intro course and goes further, using a textbook like Fowles, Symon or Marion.

Your General Physics course sounds like it might be a non-calculus-based intro physics course.

Can you post course descriptions for those courses?

Is it possible that you might be able to use Classical Mechanics as a substitute for General Physics in the Earth science major? Try asking the department chairperson about this, or whoever is "in charge." Even if it's not in the catalog, it may be possible to make such substitutions with permission from the department (and maybe from the Dean or Provost or whatever the school's "chief academic officer" is called).
 
  • #8
jtbell said:
There are (at least) two different kinds of courses that could be called "Classical Mechanics." One kind is the first half of a two-semester calculus-based intro physics sequence for physics and engineering majors, using a textbook like Halliday/Resnick. The other kind is an intermediate or advanced course that assumes you've already taken the intro course and goes further, using a textbook like Fowles, Symon or Marion.

Your General Physics course sounds like it might be a non-calculus-based intro physics course.

In my experience, many schools have the same list of topics for both both algebra-based and calculus-based introductory physics, making it difficult to tell which is which just from the list of topics. Heck, even authors often have two versions of of basically the sane text, one version for calculus-based and one for algebra-based.

If have heard of the first semester of introductory physics being called "Mechanics", but I have never seen it called "Classical Mechanics".

Even so, I suspect that you are right that at sydrnyc's school, one course is algebra-based intor physics, and the other is calculus-based into physics.
 
  • #9
We could get a better idea by seeing the complete course descriptions, including prerequisites, along with the requirements for the major(s).

Or the OP could talk to people in the physics and Earth science departments at his/her school, who are familiar with the situation there.
 
  • #10
I am going to Johns Hopkins in the fall, in case anyone wants to look up the descriptions.
 
  • #11
Since it's too much of a bother for sydrnyc to do his own legwork, you can find the description of Classical Mechanics here. It uses Halliday and Resnick, so is a 1st year calculus-based class.

And, right here, it says:

In the first year, we recommend that prospective majors take Introduction to Classical Physics 171.105–106, with the corresponding laboratory 173.111–112. Taking General Physics for Physical Sciences 171.101–102 is also acceptable, although less desirable.
 
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  • #12
Sorry about that, I didn't mean to come off as being lazy. Also you do need to know calculus for both the Classical Mechanics and General Physics classes.
 
  • #13
sydrnyc said:
Sorry about that, I didn't mean to come off as being lazy. Also you do need to know calculus for both the Classical Mechanics and General Physics classes.

The course descriptions posted by Vanadium clearly answer that question.
 

FAQ: Classical Mechanics or General Physics?

What is the difference between classical mechanics and general physics?

Classical mechanics is a branch of physics that deals with the motion of macroscopic objects under the influence of forces. It is based on Newton's laws of motion and can be used to describe the behavior of objects such as planets, cars, and projectiles. General physics, on the other hand, is a broader term that encompasses all branches of physics, including classical mechanics. It also includes fields such as thermodynamics, electromagnetism, and quantum mechanics.

What are the fundamental principles of classical mechanics?

The fundamental principles of classical mechanics are Newton's laws of motion. These laws state that an object will remain at rest or in uniform motion in a straight line unless acted upon by an external force. They also describe how forces cause objects to accelerate and how the momentum of an object changes when a force is applied to it.

Can classical mechanics be used to describe the motion of objects at extremely high speeds?

No, classical mechanics is only applicable to objects moving at speeds much slower than the speed of light. At high speeds, the laws of classical mechanics break down and must be replaced by the principles of special relativity.

How is classical mechanics related to other branches of physics?

Classical mechanics forms the foundation for many other branches of physics. For example, it is used to derive the equations of motion in electromagnetism and to understand the behavior of particles in quantum mechanics. It also provides the basis for the study of fluids in fluid mechanics and the study of gases in thermodynamics.

What are some real-world applications of classical mechanics?

Classical mechanics has many practical applications, including in engineering, astronomy, and sports. It is used to design structures such as bridges and buildings, to predict the motion of objects in space, and to understand the mechanics of sports such as baseball and golf. It also plays a crucial role in the development of technology, such as in the design of cars, airplanes, and spacecraft.

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