Let's take just one example from your question: Physics. If you aren't excellent in math, you don't stand a chance in physics.
The link between chemistry and Biology is much more obvious than that of physics and chemistry. Every reaction within an organism is a chemical reaction. Every biological being is chemical. That is why a large branch of biology is called biochemistry. In my opinion, there is more of an effect of physics on chemistry than chemistry on physics. What I mean is that physical parameters often dictate chemical reaction kinetics. Also, areas such as electricity (Movement of electrons/positive holes) is heavily chemistry based, more obvious in batteries
Biology majors usually take a few more chemistry courses than, say, English majors, but you certainly don't need to be a chemist in order to be a biologist. Chemistry is more important to some topics within biology than others, so depending on the precise focus you're interested in you may find chemistry more (or less) useful. Molecular biologists, for example, need to understand chemistry fairly well.
No. The opposite is true. __________________ No; in fact, being good with math and calculus will make it much easier to understand physics and engineering. Chemistry doesn't require much in the way of advanced math.
Because you still study the earth but only that it is from a different point of view. You could also help the earth from preventing a meteor or meteorite to struck the earth. Also you could grow the knowledge of stars to the earth and humanity.
Yes, there is. Nuclear chemists are those chemists with "extra" physics knowledge and an interest and a willingness to work with radioactive materials. Much of their work is in radiation biology, as they operate with chemical tracers (that have nuclear tags) in following chemical and biochemical processes. And there is a large volume of work being done in nuclear medicine to treat cancer and some other medical conditions. The nuclear chemist is on scene. There is more to this, and a link is provided below to get you through the door and facilitate your own investigation.
Yes, math is more closely applicable to physics, chemistry, and engineering, than biology and programming are.
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.
There are three, the primary being physics, as it is at the basis of all science, then chemistry, which links into biology!
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.
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.
no its is not bad but instead of choosing chemistry and physics why dont you choose a btec nationel diploma in applied science which has a second year of fornsics and criminology and this course is maths, criminal psychology, biology , chemistry and physics and is equivelent to 3 a levels. no its is not bad but instead of choosing chemistry and physics why dont you choose a btec nationel diploma in applied science which has a second year of fornsics and criminology and this course is maths, criminal psychology, biology , chemistry and physics and is equivelent to 3 a levels.
The link between chemistry and Biology is much more obvious than that of physics and chemistry. Every reaction within an organism is a chemical reaction. Every biological being is chemical. That is why a large branch of biology is called biochemistry. In my opinion, there is more of an effect of physics on chemistry than chemistry on physics. What I mean is that physical parameters often dictate chemical reaction kinetics. Also, areas such as electricity (Movement of electrons/positive holes) is heavily chemistry based, more obvious in batteries
There are quite a few contributions, not all of them being very direct. Chemistry contributes quite obviously to biology. Biology includes very complex reaction mechanisms everywhere including from Atp, photosynthesis, DNA, enzymes, cellular respiration in general, etc. The contributions for physics are a little more subtle. For one, physics deals with electric currents which usually have origins in electrochemistry. Quantum mechanics is a highly specialized type of theoretical physics, and chemistry can be seen as an original part of it. A large part of physics is also optical, involving lasers which are very well defined by chemistry. There are many more specific examples out there, because the contributions are quite numerous.
Physics and chemistry is the base of all other sciences. Physics is the study of the properties of matter and energy and how they interact with each other, and chemistry is the study of how matter interacts with each other, how the combine, or how they change. So when it comes to biology it is a mixture of chemistry and physics. The way the human body is shaped is to work in an environment with gravity (physics). The way your body breaks down food into smaller sugars, fats, and proteins for later use (chemistry). Biology is the study of the chemical and physical properties of living creatures (and maybe nonliving (viruses). So to say that biological science is from physical science is somewhat true. I would say though that biology is more focused on chemistry than physics. Biology is the study of life and living organisms, but physics is the study of motion. They are indeed but to the definition of physics I would add ", mass and energy". Physics also comes into biology in many ways, the simplest being the principles of sight and hearing. It's also the foundation science, for without the laws of physics nothing else could exist.
Mathematics is the language of physics. You cannot do well in physics unless you can handle the math. If you are excellent at math, you have a better chance of being very good or excellent in physics, too.
You HAVE to be good at mathematics to be good at chemistry, physics and engineering. It's not a handicap, it's a necessity.
Yes, you need to understand biology, chemistry, physiology, physics, and anatomy -- just to name a few to start with -- in order to understand the processes occurring within a living being.