No, that's not true at all. Sure, you can explain some basic physics and chemistry concepts without going into a lot of mathematical details. But for many practical problems, you actually need to do calculations based on such principles - and that requires math.
If you do well in math, you probably will do better in the disciplines that use math.
Yes. Both use math; especially physics requires a lot of advanced math, at least at the more advanced levels.
Physics and chemistry use mathematics in order to quantify their observations about the world. Most mathematics were invented by scientists who needed the math to quantify their work.
Physics. basic physics.
Apparently, you haven't had much exposure to Physics, Chemistry, or Engineering, have you. Yes, they all do. In increasing order of mathematical intensity, they are Chemistry Engineering Physics
In my opinion, if you are good at math, then you will do well with economics and physics; both of which have a lot of math in them. Chemistry I would put in a different category; however, one assumes a mind used to learning math, physics and economics - all branches of Science - would be a mind geared toward science in general, including chemistry. Scientifically trained minds use logic and reasoning more (they are right-brain thinkers, as opposed to left-brain - artistic and emotional- thinking) and deductive reasoning, which would be of use in any of the four sciences presented here.Another point is that learning music will increase a person's math aptitude and overall intelligence.
No, but you can use physics to show students practical applications to the math that they are learning
Besides firearms, they study law, metals, machining, use of laboratory equipment, math, geometry, physics, chemistry, English (they write reports) and use of computers.
With their brain
Of course it does!
No, it is not true. First, do not simply accept that you cannot be good at programming. Being good at mathematics - not just arithmetic - shows that you can process information logically. That is what programs do and so you should be OK if you try. Second, physics, chemistry and engineering do not always require you to write programs but to use them. More and more, these subjects are becoming multidisciplinary because they are becoming too broad for a single person to master.
Mathematics is a language that relates concepts to each other. Physics and chemistry can use mathematics as a tool for exploring and discovering relationships. On another view, physics and chemistry are physical manifestations of mathematical relationships.