Pragabhava

2,522 reputation

418

bio	website
	location
	age
visits	member for	1 year, 6 months
	seen	8 hours ago
stats	profile views	255

	2,522 reputation	bio	website		visits	member for	1 year, 6 months
418 badges		location			seen	8 hours ago

summary answers questions tags badges favorites bounties reputation activity

1,010 Actions

suggestions reviews revisions comments badges posts accepts all

Dec 6	reviewed	Reviewed Proving an equivalence relation on $\mathbb{Z}\times\mathbb{Z}$
Dec 6	suggested	suggested edit on Proving an equivalence relation on $\mathbb{Z}\times\mathbb{Z}$
Dec 6	reviewed	Reviewed What is the derivative of an integral, the integrand?
Dec 6	comment	Find the bifurcation points for the following system of ODEs @AntonioVargas Because I'm tired and I need sleep? I was on my way to edit it when your comment came out. Thanks for pointing it out.
Dec 6	revised	Find the bifurcation points for the following system of ODEs deleted 13 characters in body
Dec 6	revised	Find the bifurcation points for the following system of ODEs added 58 characters in body
Dec 6	answered	Find the bifurcation points for the following system of ODEs
Dec 6	revised	Find the bifurcation points for the following system of ODEs improved tex
Dec 6	suggested	suggested edit on Find the bifurcation points for the following system of ODEs
Dec 6	reviewed	Reviewed On direct variation
Dec 6	comment	How do I solve a PDE with a Dirac Delta function? @user12477 I didn't knew the distributional rule you mentioned, it might be useful in my reaserch :). Still, I don't believe that just apply this formula is a constructive answer, specially when there are edgy details in the application. The formula relies entirely on the existence and uniqueness of the solution of the equivalent system of ODEs, and it might be clear for you that it can be extended to this case, but it's certainly not trivial.
Dec 6	revised	calculate $\int_{-\infty}^{+\infty} \cos(at) e^{-bt^2} dt$ formatted link
Dec 6	suggested	suggested edit on calculate $\int_{-\infty}^{+\infty} \cos(at) e^{-bt^2} dt$
Dec 6	revised	Find the Laplace transform of $g(t) = 1+cos^2(2t)$ by direct integration edited tags
Dec 6	revised	Find the Laplace transform of $g(t) = 1+cos^2(2t)$ by direct integration edited tags
Dec 6	answered	Find the Laplace transform of $g(t) = 1+cos^2(2t)$ by direct integration
Dec 6	reviewed	Reviewed I am trying to map R into the R, such that my map fixes some finite set of rational numbers and sends one element from R\Q into Q.
Dec 6	comment	heat equation with inhomogenous BC and IC I guess you mean IC: $u(x,0) = 1$ right?
Dec 6	revised	How do we find the critical point using partial derivatives? improved tex
Dec 6	comment	How do we find the critical point using partial derivatives? Indeed you have :)