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.
The majors that require calculus are all mathematics, science, and engineering majors. These include (but are not limited to) mathematics, mathematics education, science education, biology, chemistry, physics, civil engineering, chemical engineering, biological engineering, electrical engineering, biochemistry, pharmeceuticals, and computer science. So about 99% of students in those majors and related majors will take calculus their freshman year (typically the second semester). I say 99% because calculus is a prerequisite for all other courses in those majors (so it must be taken very early), but there is a very small possibility (I'd say 1% chance) that students can take calculus their sophomore year instead.
Mechanical engineering usually deals with forces and their effects on materials. Forces are vectors and so, to study their effects you need to use vector calculus.
I don't think so! Long before there were computers (and computer science), there were brilliant physics and engineering students and they obviously were good at math.
If you work in engineering and science, you'll need equations all the time in your "real life" (i.e., at work), to solve all sorts of problems. Apart from that, most people don't use equations much - not so much because they can't be useful, but because "regular" people usually don't like to bother themselves with remembering algebra.
Just about all of calculus is based on differential and integral calculus, including Calculus 1! However, Calculus 1 is more likely to cover differential calculus, with integral calculus soon after. So there really isn't a right answer for this question.
The majors that require calculus are all mathematics, science, and engineering majors. These include (but are not limited to) mathematics, mathematics education, science education, biology, chemistry, physics, civil engineering, chemical engineering, biological engineering, electrical engineering, biochemistry, pharmeceuticals, and computer science. So about 99% of students in those majors and related majors will take calculus their freshman year (typically the second semester). I say 99% because calculus is a prerequisite for all other courses in those majors (so it must be taken very early), but there is a very small possibility (I'd say 1% chance) that students can take calculus their sophomore year instead.
Mechanical engineering usually deals with forces and their effects on materials. Forces are vectors and so, to study their effects you need to use vector calculus.
John McCarthy defined it as "the science and engineering of making intelligent machines"So the answer is : Both ( Science and Engineering )
software engineering is really useful c++ microsoft windows are all a part of it so dosen't it prove to be useful
Science, and any job that has "engineering" as part of its name. Engineering basically means applied science. There are also some jobs that can be considered applied science, but that don't have "engineering" as part of the name, like economics, architecture, and computer science. Well, the latter has "science" as part of its name, so that is a hint as well.Science, and any job that has "engineering" as part of its name. Engineering basically means applied science. There are also some jobs that can be considered applied science, but that don't have "engineering" as part of the name, like economics, architecture, and computer science. Well, the latter has "science" as part of its name, so that is a hint as well.Science, and any job that has "engineering" as part of its name. Engineering basically means applied science. There are also some jobs that can be considered applied science, but that don't have "engineering" as part of the name, like economics, architecture, and computer science. Well, the latter has "science" as part of its name, so that is a hint as well.Science, and any job that has "engineering" as part of its name. Engineering basically means applied science. There are also some jobs that can be considered applied science, but that don't have "engineering" as part of the name, like economics, architecture, and computer science. Well, the latter has "science" as part of its name, so that is a hint as well.
Engineering is "applied science", so math is certainly a prerequisite. You need to be good in science in general, too.
Calculus Solved is software that is useful for learning calculus. It allows you to enter in problems and will walk you through how to solve each one. It also includes tests so you can track your progress.
Of those six disciplines listed, you can possibly have "so-so" math skills and still make a good biologist. But an excellent facility with higher mathematics is a requisite for the other five areas.
Some would say so
On the contrary, you will need a lot of math to be good at science and engineering, so if you are good at math you have a good start, at least.
software engineering is really useful c++ Microsoft Windows are all a part of it so dosen't it prove to be useful
Calculus help sites are very helpful when you are doing your homework & you are stuck somewhere. Then you need assistance. There are several sites that provide guidance for your homework. One of them which I remember is My Assignment Services or you can search some other sites as well.