Possibility of taking Dynamics, Thermo, and Statics simultaneously?

AI Thread Summary
Taking statics, dynamics, and thermodynamics simultaneously is feasible as these subjects are generally independent, with minimal dependencies between them. Statics focuses on objects at rest, dynamics on objects in motion, and thermodynamics on energy systems, which can be learned concurrently. The course load is manageable for students who excel academically and dedicate significant study time. However, it is essential to verify prerequisites, particularly that statics is often required before dynamics. Overall, with proper planning and commitment, this course combination can be successfully navigated.
mliuzzolino
Messages
58
Reaction score
0
I have setup the map of my curriculum until I will be graduating, and due to thermodynamics and dynamics only being taught once a year, if I do not take them this upcoming semester I will be in school an additional year.

I am wondering if it is possible to take statics, dynamics, and thermodynamics all at the same time? I typically take 18-20 unit semesters with straight A's and I spend 40-50 hours outside of class studying - It is my life, I do nothing else.

I will also be taking introductory electricity and magnetism, calculus III, diff eq, and linear algebra. I have already started on the vector and diff eq material over this winter and I am about three chapters into each subject.

I would like to know if it is realistic for me to take thermodynamics and dynamics at the same time as all of these other courses. I am not worried about course-load, but I am worried about material dependencies. Any help will be greatly appreciated!
 
Engineering news on Phys.org
mliuzzolino said:
I am not worried about course-load, but I am worried about material dependencies. Any help will be greatly appreciated!

If you're worried about material dependencies then you're fine. Statics, dynamics and thermodynamics at that level are typically independent of each other; with some cross coupling between statics and dynamics. As you said, you can handle the course load so there should be no problems then.

Statics: Development of Newtons second law as it applies to static objects (acceleration = 0), typically structures.
Dynamics: Development of Newtons laws as it applies to dynamic objects. Typically 2D objects in motion (acceleration =/= 0). Note again: there may be some cross coupling between these two however, nothing to blow your mind.
Thermodynamics: Development of basic laws of thermodynamics as it applies to simple opened and closed systems. All 4 laws should be covered and applied.

Good luck.
 
Typically Statics is a prerequisite class to Dynamics, so you had better check on that.
 
Thread 'I need a concave mirror with a focal length length of 150 feet'
I need to cut down a 3 year old dead tree from top down so tree causes no damage with small pieces falling. I need a mirror with a focal length of 150 ft. 12" diameter to 36" diameter will work good but I can't think of any easy way to build it. Nothing like this for sale on Ebay. I have a 30" Fresnel lens that I use to burn stumps it works great. Tree service wants $2000.
Hi all, i have some questions about the tesla turbine: is a tesla turbine more efficient than a steam engine or a stirling engine ? about the discs of the tesla turbine warping because of the high speed rotations; does running the engine on a lower speed solve that or will the discs warp anyway after time ? what is the difference in efficiency between the tesla turbine running at high speed and running it at a lower speed ( as fast as possible but low enough to not warp de discs) and: i...

Similar threads

Replies
4
Views
2K
Replies
3
Views
2K
Replies
2
Views
5K
Replies
5
Views
3K
Replies
5
Views
1K
Replies
3
Views
2K
Back
Top