Do Chemistry Majors Have to Take the Same Calculus as Engineering and Math?

In summary: Haha, well that's what I'm hoping for."In summary, at my university, Chemistry majors have to take the harder Calculus too. This means that Biochemistry is an easier major than is Chemistry majors. However, I would think that a thorough understanding of the biochemical processes would be a valuable skill set for a pharmacist.
  • #1
GirlInDoubt
25
1
Do Chemistry majors have to take the same calculus as do Engineering and Math majors? At my university (UC Davis), they do. I'm wondering if it is the same at your university or at most universities. I'm wondering because I'm considering majoring in Chemistry (switching out of Engineering), but in my school Biochemistry majors take a course called "short calculus", which is less rigorous than the math Engineering and Math majors have to take. At my university, Chemistry majors have to take the harder Calculus too. Does that mean Biochemistry is an easier major than is Chemistry majors? I'm aiming for Pharmacy school.
 
Physics news on Phys.org
  • #2


At my old university (UNC) Chem majors have to take calc 1-3 and linear algebra. Does that mean that Biochem is an easier major? I doubt it, but I will let others on here advise on that.
 
  • #3


GirlInDoubt said:
Do Chemistry majors have to take the same calculus as do Engineering and Math majors? At my university (UC Davis), they do. I'm wondering if it is the same at your university or at most universities. I'm wondering because I'm considering majoring in Chemistry (switching out of Engineering), but in my school Biochemistry majors take a course called "short calculus", which is less rigorous than the math Engineering and Math majors have to take. At my university, Chemistry majors have to take the harder Calculus too. Does that mean Biochemistry is an easier major than is Chemistry majors? I'm aiming for Pharmacy school.

I'd imagine that biochem is a lot tougher than calculus. I'd take calculus any day of the week over memorising lots of generic biochem mechanisms.
 
  • #4


I can't say much for chemistry majors and their math, but for engineering, the type of math you take can differ significantly depending on the school and on the engineering sub-discipline. For instance, my school requires its aerospace engineers to take basic calculus, ODE's, and an in-depth vector calculus course, plus a course that splices in some extra fourier/laplace transform material. An electrical engineer, on the other hand, does not need to take vector calculus but must take discrete mathematics. The other school I applied to requires its aerospace engineers to take a mathematical methods course in addition to the basic calculus sequence and ODE's, but not an extra course for vector calculus. Plus some schools require linear algebra for all its engineers.

But frankly, I'd think less in terms of what's harder/not harder and more in terms of what will impress a pharmacy school admissions board. I know nothing about pharmacy admissions criteria, so I'll refrain from comment.

Edit: Biochem majors at my school must take the basic calculus sequence and an upper-level math or computer science course (which could be ODE's if they wanted). Chem majors have the same requirement.
 
Last edited:
  • #5


Also, I would think that a thorough understanding of the biochemical processes would be a valuable skill set for a pharmd.
 
  • #6


I don't know if it's changed since then, but when I was a student, all science majors took the same calc I and II classes. Chem majors continued with multivariable calc along with the math and engineering students, but bio and biochem didn't (then again, math and engineering students didn't take any bio classes...must have been too hard for them :wink:), and then only physics and math majors had to continue on to diff eqs. That was at Rutgers and chem majors had to follow a curriculum accredited by the ACS...that was also a lot of years ago.
 
  • #7


At my school all engineers take calculus I-IV. Not entirely sure about the other Engineer disciplines, but EE's here take a class regarding differentials and Laplace transformation, as well as a Numerical Methods and Statistics course.
 
  • #8


At my university, yes. The calc 1-3 classes are the same and the diff EQ and linear algebra are recommended. Quantum chemistry is a required course and if you go into it without at least diff EQ you will struggle. You really need to be good with matrix manipulation to master it.
 
  • #9


But also at my uni, biology majors and up (up meaning further away from math/physics based science) take "life sciences" calculus. It basically covers integration and differentiation up to many dimensions but never mentions things like sequences and series. I hate the term Biomedical sciences because BMS majors take Orgo and Biochem and usually Inorganic and a few med school prereq biology classes instead of the hard chem classes or the hard bio classes necessary for a degree. Then the Uni markets the degree as being qualified along side a BS Chem/Bio for laboratory work when the majority of these kids have a favorite line "Ugh, why do I need to learn this? They're going to tell me everything I need to know in med school...med school...med school...blah blah blah"

/rant
 
Last edited:
  • #10


ChmDudeCB said:
But also at my uni, biology majors and up (up meaning further away from math/physics based science) take "life sciences" calculus. It basically covers integration and differentiation up to many dimensions but never mentions things like sequences and series. I hate the term Biomedical sciences because BMS majors take Orgo and Biochem and usually Inorganic and a few med school prereq biology classes instead of the hard chem classes or the hard bio classes necessary for a degree. Then the Uni markets the degree as being qualified along side a BS Chem/Bio for laboratory work when the majority of these kids have a favorite line "Ugh, why do I need to learn this? They're going to tell me everything I need to know in med school...med school...med school...blah blah blah"

/rant

haha so funny but so true. I agree with you!
 
  • #11
Some of the same math...

I have a B.S. in chemistry and I was required to take up through differential equations. The reason being is that differential equations are used in physical chemistry courses. Biochem majors also need to take these classes. I think the main difference in math requirements is that some schools have an American Chemical Society based curriculum (what the ACS recommends) and some do not. Another college I had considered only required Calculus I-III.
My husband went to the same university for mechanical engineering, and he took the same calculus classes I did, but the other calculus-based classes were different, like statics and thermodynamics.
My advice would be to look around at different colleges and see what their requirements are because, surprisingly, many schools vary with their requirements.
I would not say that biochemistry is easier than chemistry, but I think if your goal is to go into pharmacy, biochemistry is a great chemical emphasis for you to pursue. Best of luck to you! :)
 

1. Do chemistry majors have to take the same level of calculus as engineering and math majors?

Yes, most chemistry programs require students to take at least two semesters of calculus, which is the same requirement for engineering and math majors.

2. Can chemistry majors take a lower level of calculus than engineering and math majors?

In some cases, chemistry majors may be able to take a lower level of calculus, such as pre-calculus or business calculus. However, this may limit their options for advanced courses and may not fulfill the prerequisites for certain upper-level chemistry courses.

3. What is the purpose of taking calculus as a chemistry major?

Calculus is a fundamental tool for understanding and solving mathematical problems in chemistry. It helps students understand concepts such as rates of change, optimization, and integration, which are crucial for analyzing chemical reactions and properties.

4. Are there any specific calculus topics that are more important for chemistry majors?

While all calculus topics are important for chemistry, some topics may be more relevant for certain subfields of chemistry. For example, differential calculus is essential for understanding reaction rates, while integral calculus is important for thermodynamics and equilibrium.

5. Is it possible for chemistry majors to take higher level calculus courses?

Yes, many chemistry majors choose to take additional calculus courses, such as multivariable calculus or differential equations, to deepen their understanding of mathematical concepts and prepare for advanced chemistry courses. However, these courses may not be required for all chemistry programs.

Similar threads

  • STEM Academic Advising
Replies
5
Views
861
  • STEM Academic Advising
Replies
3
Views
1K
  • STEM Academic Advising
Replies
3
Views
1K
  • STEM Academic Advising
Replies
2
Views
733
  • STEM Academic Advising
Replies
3
Views
895
  • STEM Academic Advising
Replies
14
Views
1K
Replies
5
Views
912
  • STEM Academic Advising
Replies
11
Views
2K
  • STEM Academic Advising
Replies
30
Views
2K
  • STEM Academic Advising
Replies
3
Views
748
Back
Top