Most complex engineering problems cannot be solved without calculus. Force related problems are a great example - how else would you calculate the force exerted on a particle a specific distance from an electrically charged wire?
No. Calculus if a field of mathematics.
Calculus is mainly about limits, which in turn are used to calculate the slope of a line (known as the "derivative"; lots of applications for that), and to calculate the area under a curve (the "integral" - also lots of applications for that). For more details, read the Wikipedia article on "Calculus", or read an introductory book on calculus. As prerequisites, you should be well-acquainted with high-school algebra.
Yes, every field is an integral domain.
Speaking as someone who is in the engineering field i can tell you that calculus serves no purpose at all for me. Everything is just done with a calculator or a computer so it's all just a bunch of hogwash they put you through for Engineering school that you will never use in the real world unless you are to become a program writer or work in physics.
Leibniz and Newton are usually considered the most famous in the field of calculus.
CALCULUS
in which field vector calculus is applied deeply
No. Calculus if a field of mathematics.
Calculus is mainly about limits, which in turn are used to calculate the slope of a line (known as the "derivative"; lots of applications for that), and to calculate the area under a curve (the "integral" - also lots of applications for that). For more details, read the Wikipedia article on "Calculus", or read an introductory book on calculus. As prerequisites, you should be well-acquainted with high-school algebra.
Yes, every field is an integral domain.
Speaking as someone who is in the engineering field i can tell you that calculus serves no purpose at all for me. Everything is just done with a calculator or a computer so it's all just a bunch of hogwash they put you through for Engineering school that you will never use in the real world unless you are to become a program writer or work in physics.
Leibniz and Newton are usually considered the most famous in the field of calculus.
No, but Newton and Liebnitz argued for years about which one of them developed the Calculus. There is some evidence that Liebnitz had seen Newton's early work on the Calculus. The fact is, Liebnitz rushed to publish his ideas, and Newton finally published his years later, although he did mention his Calculus as a sidenote in a much earlier publication. To Newton we can give thanks for inventing analytical fluxion type of the Calculus, and to Liebnitz the differential/integral type of the Calculus.
Calculus is used a lot in business decisions. I am a Business Administration major. An examples is the break-even point in calculus. You need to know how to do this in business so you know how much of a product that you need to sell in order to cover your cost. Hope this helps some. +++ That is just one field, but Calculus is used in a huge range of scientific and engineering problems.
For engineering fields, mathematics. If you do not understand calculus by the end of your first year of college, then it is time to change majors. It would be help to have studied calculus in high school in your senior year. In my first year of AE, my first quarter was the entire year of pre-calculus in high school.
An Engineering program is an intense field of study. Core requirements including math, calculus, science, and chemistry exceeds the normal prerequisite of other majors. These classes are in excess of the concentrated Engineering classes that are required. Therefore, to be a successful graduate in this program, you must be committed, focused, organized, persistent, and dedicated.
electrical engineering and computer engineering