A major part of science is collecting data. There are two types of data, quantitative (numbers) and qualitative (subjective descriptions, i.e. saying a leaf is green). By using numbers, scientists can make accurate measurements and other scientists can in turn test this accuracy using math. Some types of math can also be used to explain certain observed behavior. For example, when you throw a ball, an equation can be written to describe the path that it travels.
Math is a very very powerful tool and if scientists use it right, they can learn more about their field of study.
Because math and science are two different entities altogether, although math is the language of sciences like physics, chemistry(except for organic) and engineering, there are sciences that don't use a ton of math(computer science for example, there were so many programming courses that don't rely heavily on math, and the only programming courses that do depend on math are game programming courses and algorithms). Biology is another example of a science that doesn't really depend on math
Science is math and math is science
If I do not like math, then I do not like science.
Horse Jockeys relate to math and science! Horse Jockeys relate to math and science!
yes, we have to use math for science if we don;t know math we can't do science
Most Science requires some mathematics, but not all math needs science.
Math, math is the back bone to all science, without out math there is no science.
math is science and explains science to every detail. math is a branch of science
no it always needs math for science. We use math in science about 75% more than we do our science experiments
The inverse of 'If I like math then I like science' is 'If I do not like math then I do not like science'.
The inverse of 'If I like math then I like science' is 'If I do not like math then I do not like science'.
The inverse of 'If I like math then I like science' is 'If I do not like math then I do not like science'.