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Conclusive proofs are made in math using assumptions, theorems and axioms whilst gathered data supporting certain hypothesis most like does not transfer the hypothesis into a scientific law. Thus, in the theoretical world of math it is easier to generalise and predict behaviour of variables. In the practical world science attempts to explain, there are many critical aspects playing role in the outcome and possibilities are vaster.

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Math is the language of science. The scientific theories rely on mathematical formulas; these theories have mathematical proof therefore statements can be made between the physical objects and forces and numerical systems. However, some experiments, that are still out of human reach are ONLY observational, therefore math cannot be applied as the experiment isn’t yet reachable by current formulas and technology. Definitions can only be assumed by already known cases.

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The cartoon suggests maths ability to prove statements while science cancan only suggest explanations.

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The cartoon suggests that the diiference between math and science is that math provides certainty while science provides theory. Hence you can proof math but not science. I am great.

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Main difference for me in math and science is that in math most of the knowledge is theoretical and abstract, while in science all knowledge is produced from observations and experiments, and could be checked practically.

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It suggests that science has a wider range of possible "answers" which come from knowledge which differs from math which is theoretical and can be "theoretically" proven or an assumption can be made.

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the knowledge of science has to be collected through observations and collecting evidence for a theory. In math most knowledge is theoretical

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Math usually tends to be more accurate and specific with absolute certainty.  Whereas science is sometimes based on hypothetical theory which can be adjusted and extended.
The main difference is that math can not be observed in real life which tends to be more theoretical. Can be applied to science and various field in obtaining values.

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In math, knowledge is often focused on concepts, procedures, and problem-solving strategies. To be successful in math, you need to have a deep understanding of mathematical concepts such as arithmetic, algebra, geometry, calculus, and statistics. This requires a strong foundation in mathematical notation, symbols, and language. You need to be able to apply mathematical procedures and algorithms accurately and efficiently to solve problems.

In science, knowledge is focused on understanding the natural world and the phenomena that occur within it. This requires a strong foundation in scientific principles, theories, and models. To be successful in science, you need to be able to observe and analyze data, design experiments, and develop hypotheses. You need to be able to interpret and communicate scientific results accurately and effectively.

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In sciences knowledge is based on experiments and observations, which can change based on new discoveries. In math, however, once something is proven to be true, such as a formula, it will stay true and not change.