All of those topics are very heavy in math. If you have a good math background and are very good at math, these topics will be easier for you to understand them.
You need to know calculus, as well as other advanced math topics, if you are going to work in engineering, physics or astronomy, chemistry, (sometimes) biology and generally any science. Otherwise, for many other areas, you really don't need calculus - although knowing the basics is interesting, for general culture.
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.
A bachelors in math may be theoretical or applied. Theoretical has to do with computation of abstract thought such as probability, chaos theory, Calculus theory, etc.Applied math has to do with things like engineering, computational biology, computer math and the like.
Marine biology is a vast discipline incorporating every aspect of biology but with a marine emphasis, this ranges from ecology (which is heavily statistical) to physiology. So in answer to your question, yes it is used, the need however depends on what path you take. Vector calculus has proved to be useful while studying marine biology.
According to my careers adviser, it ain't needed but chemistry and biology is. :D
Chemistry, Biology, Calculus
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.
Biology and chemistry
Chemistry, Biology, Engineering & Nutrition are the branches of food science.
The opposite is true. You will more than likely be good at science.
Yes, math is more closely applicable to physics, chemistry, and engineering, than biology and programming are.
You need to know calculus, as well as other advanced math topics, if you are going to work in engineering, physics or astronomy, chemistry, (sometimes) biology and generally any science. Otherwise, for many other areas, you really don't need calculus - although knowing the basics is interesting, for general culture.
Chemistry, calculus, physics, biology would help. Then a chemist degree.
they need to complete courses in biology, calculus, laboratory science, physiology and chemistry.
No, definitely not. To be a surgeon, you not only need biology, but you also need physics, inorganic chemistry, organic chemistry, and a high level mathematics, traditionally calculus.
You can pursue fields such as mechanical engineering, civil engineering, electrical engineering, and aerospace engineering without requiring a strong background in biology and chemistry. These areas primarily rely on physics and math principles to design and analyze systems and structures.
biology, zoology, calculus, trigonemetry, chemistry, algebra 1,2, &3. microbiology.