560 reputation
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age 20
visits member for 1 year, 6 months
seen 22 hours ago

Jul
16
awarded  Inquisitive
Jul
15
asked Find the limits of the convergent subsequences
Jul
2
awarded  Curious
Jun
22
accepted Integrate the differential form over a cardioid
Jun
21
asked Calculate the weights and the node in the integration formula
Jun
18
comment Name for a body that can be completely described using its silhouettes
@lhf That actually seems spot on. Any idea what the name for my thing could be?
Jun
18
asked Name for a body that can be completely described using its silhouettes
Jun
17
accepted Applying Green's theorem for a line integral of a vector field
Jun
17
comment Applying Green's theorem for a line integral of a vector field
Great. Thanks do the help.
Jun
17
comment Applying Green's theorem for a line integral of a vector field
Ok. So that part in the brackets does turn out to be 0. Does that mean that the whole integral is 0? I can see how it makes sense because that form is actually exact as well as closed so integrating over any area should be 0 because it's surrounded by a closed curve. Just want to check if my logic holds.
Jun
17
asked Applying Green's theorem for a line integral of a vector field
Jun
15
comment Stoke's theorem explanation
@DanielFischer Hmm... Pretty dumb to write a whole question only for it to turn out to be a typo. Anyways, thanks for the help.
Jun
15
asked Stoke's theorem explanation
Jun
15
accepted Solve $2\tau(n^2)=3\tau(n)$ in the set of naturals
Jun
15
comment Solve $2\tau(n^2)=3\tau(n)$ in the set of naturals
Yeah, I think I'm just overcomplicating it. I can see why this works.
Jun
15
comment Solve $2\tau(n^2)=3\tau(n)$ in the set of naturals
Yeah, but how do you know you can just compare the same-indexed factors like that?
Jun
15
comment Solve $2\tau(n^2)=3\tau(n)$ in the set of naturals
What what I got as well. It's just not that easy to see for me. How do you justify that formally?
Jun
15
comment Solve $2\tau(n^2)=3\tau(n)$ in the set of naturals
@DanielFischer Sure but that didn't really help me much.
Jun
15
asked Solve $2\tau(n^2)=3\tau(n)$ in the set of naturals
Jun
11
comment Prove Green's theorem for circles
That's what I understand from the text.