gt6989b

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bio	website	linkedin.com/in/gt6989b
	location	New York, NY
	age	34
visits	member for	1 year, 8 months
	seen	17 hours ago
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	2,716 reputation	bio	website	linkedin.com/in/gt6989b	visits	member for	1 year, 8 months
310 badges		location	New York, NY		seen	17 hours ago

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Mar 18	comment	Find the moment generating function @AntonioVargas yes, was in process of correcting it.
Mar 18	answered	Find the moment generating function
Mar 18	suggested	suggested edit on Find the moment generating function
Mar 18	revised	Polar coordinates in two variable function limits LaTeX edits
Mar 18	suggested	suggested edit on Polar coordinates in two variable function limits
Mar 14	comment	Figuring out values for a tangent equation on a curve @FlybyNight The original equation $y=x^3+bx^2+cx$ must admit $(x,y) = (1,-1)$ as a valid solution.
Mar 14	answered	Spectral decomposition and positive definite matrix
Mar 14	comment	Spectral decomposition and positive definite matrix Don't see what this has to do with statistics. The answer depends on whether you would like to guarantee real-valued spectrum, for example. If you are ok with having complex eigenvalues, matrix need not be positive definite.
Mar 14	answered	Figuring out values for a tangent equation on a curve
Mar 14	revised	Figuring out values for a tangent equation on a curve LaTeX edits
Mar 14	revised	How do I verify a three variable identity? LaTeX edits
Mar 14	suggested	suggested edit on Figuring out values for a tangent equation on a curve
Mar 14	suggested	suggested edit on How do I verify a three variable identity?
Mar 14	answered	Minimum value of Function
Mar 14	revised	Minimum value of Function LaTeX edits
Mar 14	suggested	suggested edit on Minimum value of Function
Mar 14	answered	Efficient MIP reformulation for binary integer problem
Mar 8	comment	Let $F_X(x):=P(X\leq x)$ a distribution function of a random variable $X$. Prove that $F_X$ is right-continuous. I believe in your statement $x_0=x$
Mar 8	comment	Tournament of the cakes Does the name "vertex-cover problem" ring a bell?
Mar 8	comment	Find density function $f(x)$ given a known equation What have you tried? Can you determine what $f(x)$ must be if it integrates to $1$?