Marra

Brazil

Brazilian graduate student.

Oct
15
awarded Nice Answer
Sep
30
awarded Explainer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
24
awarded Autobiographer
Sep
23
accepted Intersection of two polynomial ideals
Sep
23
comment Intersection of two polynomial ideals
So, basically, you showed me a way to proof that my first calculation was correct? I'm also assuming that $k=h_3+g_2$ in your calculations.
Sep
15
comment Intersection of two polynomial ideals
I'll try it and see what I get from it, thanks!
Sep
15
comment How do I compute $\displaystyle\lim _{x\to 0} \tfrac{e^x+\sin x -1}{\ln(1+x)}$?
Exponential and logarithms were defined loosely and in an intuitive approach. The more precise definition of those functions are not even taught to engineering students at all (with terms lime 'exponential at basis $a$' and so on).
Sep
15
comment How do I compute $\displaystyle\lim _{x\to 0} \tfrac{e^x+\sin x -1}{\ln(1+x)}$?
Exponential and logarithms were defined loosely and in an intuitive approach. The more precise definition of those functions are not even taught to engineering students at all (with terms lime 'exponential at basis $a$' and so on).
Sep
15
comment How do I compute $\displaystyle\lim _{x\to 0} \tfrac{e^x+\sin x -1}{\ln(1+x)}$?
Yes, this is the perfect solution. It's a nice use for some notable limits, thanks!
Sep
15
revised How do I compute $\displaystyle\lim _{x\to 0} \tfrac{e^x+\sin x -1}{\ln(1+x)}$?
added 99 characters in body
Sep
15
comment How do I compute $\displaystyle\lim _{x\to 0} \tfrac{e^x+\sin x -1}{\ln(1+x)}$?
It works. I forgot to mention that I should try to solve it with just limit techniques. Going to edit my question.
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