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AznBoi
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What is the easiest way to review math concepts, trig identities and such? Are sparknotes charts good? Does anyone know of any good book or review sheet that gives you many of the useful laws, formulas and what not? Thanks.
Practice .AznBoi said:How do you remember all of the math applictaions?
Werg22 said:There's nothing better than being mathematically active.
G01 said:I agree. The more you use something, the harder it is to forget it. It's almost as if you don't need to memorize things in the first place if you use them enough.
One only needs to know three, or so, trig identities. All others can be derived from these. Don't waste time trying to memorise absolutely everything!kdinser said:One of the more frustrating things I've encountered during my math classes are professors that enjoy putting problems on tests that require obscure trig identities in order to solve.
Werg22 said:Haha, I see you watch The Office, hilarious show!
As a scientist, I have a strong foundation in mathematics and have spent years practicing and applying various mathematical concepts. Additionally, I have developed various strategies and techniques to help me remember and apply mathematical formulas and principles.
Yes, I often use mnemonic devices, such as acronyms or rhymes, to help me remember mathematical formulas and concepts. I also regularly practice and review mathematical problems to reinforce my understanding and memory.
As a scientist, it is important to stay updated on new developments and advancements in mathematics. I regularly read scientific journals, attend conferences and workshops, and collaborate with other mathematicians to stay informed about new math applications.
One helpful tip is to break down complex math applications into smaller, more manageable parts. This allows for a better understanding of the overall concept and makes it easier to remember. It is also important to regularly practice and review the math applications to reinforce memory.
Math is an essential tool in scientific research. I use mathematical principles and formulas to analyze and interpret data, create models and simulations, and make predictions about natural phenomena. I also collaborate with other scientists to apply mathematical techniques in our research projects.