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physics has actually helped me out with some of the concepts in Cardio and respiratory phys like capacitance and flow.
Anyone?
...A basic knowledge of physics puts you more "in touch" with the world, and this is why it is required..but can you imagine not knowing how an electric motor works?
I have no idea how an electric motor works.
My post was made in jest. Granted I could've switched the order and perhaps made it more obvious, but I don't think you could go through medical school without knowing a) what carbon is or b) what a cell is. But it's cute how worked up you got.
i'm glad your absurdly dry sense of humor and nonexistant delivery make at least one person [yourself] laugh. but i'm a guy so calling me cute won't get you very far.
Considering you were the only person to remark about how Biology has in fact helped you in medical school, I'd say it's apparent that you're just a dolt who can't understand sarcasm when it slaps him upside the head. There's a difference between finding a genuine joke funny, and good ol' sarcasm. Sarcasm can be dry. And I didn't call you cute, I said it was cute how worked up you got. Read the sentence before you reply.
IMO, you need a solid foundation in basics physics and chemistry to really understand physiology (especially cv and pulm). This is why I think the MCAT is worthwhile.
I said something along the lines of "it's all biology." How did I remark that biology has helped me in medical school? I didn't. You need to read the sentence before replying too.
And when I said "I'm a guy so calling me cute won't get you far" - THAT was meant to be a joke. I read your post and understood it very clearly. I suppose we just have different senses of humor. Goodbye.
Agree.
Now can somebody tell me the difference between compliance, elasticity, and stiffness? I thought that I had it down with the blood vessels, but I'm finding myself lost again with the lung stuff.
Elasticity: before the implants
Compliance: after the implants
Stiffness: what happens to guys after the implants
you're contradicting yourself.
Don't worry about it - not worth explaining. Unless you were cracking another hilarious joke, in which case "haha."
Anyone?
Physics? It has not helped at all. Waste of time. Ditto with organic chemistry.
Both subjects are just for weeding out the applicants who don't want to go into medicine badly enough. It is a hazing ritual.
And yes, as a last resort it's a weed-out...we can't let EVERYONE into medicine you know.
That's an admirable way to look at it! Actually, in my opinion, in medicine you need to know a tiny bit about fluid dynamics to understand circulation (if you know that fluids are incompressible, you're about 90% done - maybe a little bit about turbulent fluid behavior). You need to understand just a dab about gas behavior and the partial pressures of mixed gasses and gas solubility. If you want to be an orthopedist, maybe a little about lever behavior.Now I'm just a lowly premed who stumbled across this thread , but I could see physics being useful because it teaches you to apply general concepts to a myraid of problems. If you learn anything from physics, it should be problem solving skills using the limited knowledge and relationships presented to you.
Limited Knowledge --> the knowns of the problem
Relationships --> formulas you know
i am happy that physicians have a basic understanding of physics and know what a molecule is...these classes are relevant introductory courses and certainly not a waste of time. they are not always fun, however.
I think that in general, there's too much emphasis on direct application of X (be it orgo, physics, whatever) in medical school and being a doctor. Sure, physics helps with the circuits, pressures and what not. But what is really being learned from is the ability to think analytically and apply concepts in abstract ways.
I'm sure you all remember the days of high school where all you typically had to do was regurgitate whatever it is the instructor told you to get a 4.0. But that type of learning really isn't what being a professional is all about. It's being able to take a basic set of facts and apply them in a unique way. The difficult classes of physics, orgo, etc. are really the first steps in becoming that professional. It's much less about directly applying Ohm's law as a physician as it is about learning how to think. It turns out that these classes in the end do help seperate the wheat from the chaff, but in my opinion this is only a consequence of the ability to think in more abstract terms.
Believe it or not this not only comes in handy when a patient comes in with chest pain in the middle of the night, but also helps when you're wondering whether or not to believe that new JAMA article about whether or not it's good to use aspirin in ACS. THere are really countless examples for the benefits of higher learning.
I'd refer interested people to Bloom's taxonomy of learning if they are interested. Here's a brief image reflecting that taxonomy.
Bottom Line: Enjoy your classes that challenge you, you'll appreciate it at the end of the line as you'll be a more competent physician.
It depends whether the courses and the information you obtained from them are used in medical school in a clinically relevant manner. There are plenty of intro courses that are designed for engineering students and not premed students, making the emphasis quite different.
Also, knowing what a molecule is-- that comes in with general chemistry. I thought general chemistry was more helpful than orgo or physics and biochemistry was useful. However, the most useful would have been upper level bio courses like anatomy and physio.