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Jul
21
asked Prove the reflexivity of $\subseteq$.
Jul
20
revised Is there something that studies equivalent forms of writing and expression?
edited body
Jul
20
comment Is there something that studies equivalent forms of writing and expression?
@JHance Yes, thanks.
Jul
20
asked Is there something that studies equivalent forms of writing and expression?
Jul
16
revised How to turn arbitrary fractions into arbitrary egyptian fractions?
edited title
Jul
16
asked How to turn arbitrary fractions into arbitrary egyptian fractions?
Jul
16
comment What do we lose by differentiating without using the rules of differential calculus?
Good point you made in your first sentence. There are rules that are more primitive and these can be used to derive the others, right?
Jul
13
asked What do we lose by differentiating without using the rules of differential calculus?
Jul
12
comment Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
Excuse me, you wrote "$f_2'\cdot f_1'$ is trivial", shouldn't it be $f_2\cdot f_1'$?
Jul
12
asked Curiosity about Kronecker's Delta?
Jul
12
accepted Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
Jul
11
asked Does the absence of horizontal lines shows that there are no $n,m\in \mathbb{N}$ such that $n^2=2m^2$?
Jul
11
comment Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
I am a little confused on this: You need to either use the chain and product rules within the quotient rule using the formula for the quotient rule or use just one large product rule. - Could you show it to me?
Jul
11
comment Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
I used the chain rule, using that approach, what should be done next?
Jul
11
revised Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
edited title
Jul
11
comment Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
So I should use one of them or the other but not both?
Jul
10
reviewed Approve suggested edit on Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
Jul
10
comment Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
Then I didn't need to use the chain rule on $e^{\tan(x)}$?
Jul
10
comment Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
@TylerHG Thanks for the heads up.
Jul
10
comment Differentiating $\frac{te^{\tan t}}{ln(3t+1)}$?
Thanks for the help. But the way I was doing would also work, wouldn't it? (No, I'm not planning to use it, I'm just making the stupidity test on myself).