Classical Need a Classical Mechanics book that covers these topics

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A freshman in Computer Engineering is seeking advice on textbooks for a Classical Mechanics course covering topics such as Newton's laws, vector algebra, equilibrium, and dynamics of rigid bodies. With only high school physics experience and currently taking Calculus 1, the student is unsure whether to choose a general college physics textbook or something more specialized. Recommendations include Savov's book, which is deemed suitable for the student's background, and a suggestion to consider Goldstein's "Classical Mechanics," although it is argued that Goldstein may be too advanced for someone with limited exposure to mechanics. Other contributors note that certain topics like "virtual displacement and virtual work" may not be adequately covered by the suggested texts, indicating a need for an "Engineering Mechanics"-type textbook to fully address the course content.
Fifty5
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I'm a freshman in Computer Engineering at a university. I have a Classical Mechanics course that will cover these topics:

Newton's law of motion
Vector Algebra
Equilibrium of bodies
Plane Trusses
First moment of area, centroid, etc.
Calculation of virtual displacement and virtual work
Work-energy theorem, principle of conservation of energy, principles of momentum, etc.
Dynamics of rigid bodies

My only other experience with physics is my honors physics class in high school around 3 years ago. Should I just be looking for a general college physics textbook or do I need something more specific? As far as math skills, I'm currently taking a Calculus 1 course.
 
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Ohanian's "Physics for Scientists and engineers" 3rd edition covers it.
 
Thanks, I'll check it out.
 
Fifty5 said:
I'm a freshman in Computer Engineering at a university. I have a Classical Mechanics course that will cover these topics:

Newton's law of motion
Vector Algebra
Equilibrium of bodies
Plane Trusses
First moment of area, centroid, etc.
Calculation of virtual displacement and virtual work
Work-energy theorem, principle of conservation of energy, principles of momentum, etc.
Dynamics of rigid bodies

My only other experience with physics is my honors physics class in high school around 3 years ago. Should I just be looking for a general college physics textbook or do I need something more specific? As far as math skills, I'm currently taking a Calculus 1 course.

I highly recommend Savov for your purpose
https://www.amazon.com/gp/product/0992001005/?tag=pfamazon01-20

There is a good preview available here - I think you will like it. It is a great book.
 
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You can check Goldstein's "Classical Mechanics " its one of the best we got in classical mechanics!
 
Prasun-rick said:
You can check Goldstein's "Classical Mechanics " its one of the best we got in classical mechanics!
I doubt that Goldstein is the right book, given the list of topics and the OP's background.
 
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Krylov said:
I doubt that Goldstein is the right book, given the list of topics and the OP's background.
Well for some topics you are right it isn't!
 
Goldstein is a grad level text - one that is not very fun to read. For someone with just high school math, a bit of calculus, and very little exposure to mechanics, it would be virtually impossible to follow and benefit from Goldstein. I think Savov will be perfect for OP. For a second book, I would pick up the first volume of https://www.amazon.com/dp/0300192207/?tag=pfamazon01-20.
 
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I don't think "Plane trusses" is covered by Ohanian, Savov, or Goldstein.
I don't think "virtual displacement and virtual work" is covered by Ohanian or Savov.
These two topics, plus the rest of the listed topics, are treated in an "Engineering Mechanics"-type textbook.
If you are looking for a text that treats the other topics listed, then you could consider what has been suggested... although I agree with the other recent posts that Goldstein is probably not appropriate.
 

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