Skipping elementary differential equations?

In summary, the ASU math professor recommend that the user take Modern Differential Equations without ever taking Elementary Differential Equations.
  • #1
Math Jeans
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Hi. I am setting up math courses at ASU, and I am in a kind of bind.

The original course that I was signing up for, required me to send in material that I've covered so I could be verified, however, without warning, they marked me as already finishing the course due to that material. So although I am past that course, I still need a math course for the Spring. The other ones that I was planning on taking do not exist anymore, so I have gotten down to two courses that would best fit me and are offered this Spring. Elementary Differential Equations, and Modern Differential Equations.

The problem is that I cannot fit the times for Elementary Differential Equations into my schedule, so I am forced to take Modern Differential Equations. Although they told me that I can take either course, is it smart to take Modern Differential Equations without ever taking Elementary Differential Equations (or any differential equations beyond that covered in calculus and multivariable calculus).
 
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  • #2
It is to the professor of the Modern Differential Equations that you should ask that question.

In my experience however, elementary ordinary differential equations is an easy topic that could be learned on your own in just a few days. It consists only of recognizing which type of differential equation you're dealing with, and plugging in the appropriate algorith to find the solution. To give you an idea, the complete summary of results from my ODE course fits on 3 pages.

I recommend the user friendly book by Boyce and Di Prima.
 
  • #3
i like the books by martin braun, and by guterman and nitecki for beginners, and the classic by w. hurewicz for theory. edwards and penney is good too at a beginning level. i don't like it so much but the book by blanchard and devaney is well liked by some at a beginning level.

by far the best ode book i have seen at a higher level is the one by arnol'd.well the description on the website makes it clear these two courses are not consecutive at aLL, since YOU CAN ONLY GET CREDIT for one of them.

rather the elementary course is primarily for applications, aimed at engineers, and the modern course includes theory hence aimed also at math majors.

so which are you?
 
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FAQ: Skipping elementary differential equations?

What are elementary differential equations?

Elementary differential equations are mathematical equations that involve an unknown function and its derivatives. These equations are used to describe and model various natural phenomena in fields such as physics, engineering, and biology.

Why is it important to learn about elementary differential equations?

Elementary differential equations are an essential tool in many scientific and engineering fields. They help us understand and predict the behavior of complex systems, from the motion of planets to the growth of bacteria. Learning about these equations allows scientists to develop more accurate models and make more informed decisions.

What are some common applications of elementary differential equations?

Elementary differential equations are used in a wide range of applications, including population dynamics, heat transfer, fluid mechanics, and electrical circuits. They are also commonly used in the study of mechanics, quantum mechanics, and relativity.

What are some common techniques for solving elementary differential equations?

There are several techniques for solving elementary differential equations, including separation of variables, substitution, and variation of parameters. Other methods, such as Laplace transforms and power series, can also be used for more complex equations.

Is it necessary to have a strong background in mathematics to understand elementary differential equations?

While a strong foundation in mathematics is helpful, it is not necessary to have an advanced understanding of mathematics to learn about elementary differential equations. Many introductory courses on differential equations are designed to be accessible to students with a basic understanding of calculus.

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