what are the practical application of differential and integral calculus?

Question

thanks...

Answer 1

In electronics, which is my specialty, determining the dynamic response of a circuit (with respect to time or with respect to frequency) often requires the use of differential and integral calculus. In structural engineering, designing buildings or bridges to make them strong and earthquake resistant also requires calculus. Certainly physics and mechanics rely heavily upon calculus. I'm not sure about chemistry or biology.

Answer 2

It is very very easy to calculate the area of a big rectangle, Square or an irregular surface with a single formula of differential calculus. Advanced engineering projects use only calculus and anlaytical geometry in more complex engineering calculations. Electronic equipments like sextent, for example, which measures the distance of a distant object uses differential calculus to calculate that distance which is otherwise impossible.
"Your question is making me crazy to go and study more and more differential and integral calculus and one can see amazing calculations of more complex designs, surfaces etc in no time.

Answer 3

i ought to signify a minimum of Calc I & II earlier any of the physics classes. If want be, by way of scheduling, PHYSICS 235 ought to nicely be performed with absolutely Calc I. Forgetting Calc I at the same time as taking II and III must be not likely. straightforward calc turns right into a conventional device at the same time as taking the better Calc training.