OlayinkaSF

2,365 reputation

1528

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	location	Marrakesh, Morocco
	age	20
visits	member for	1 year
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It is the unknown we fear when we look upon death and darkness, nothing more.
After all, to the well-organised mind, death is but the next great adventure.
It is our choices, that show what we truly are, far more than our abilities.
He Voldemort never paused to understand the incomparable power of a soul that is untarnished and whole.
Of course it is happening inside your head, Harry, but why on earth should that mean that it is not real?

— Professor Albus Percival Wulfric Brian Dumbledore

	2,365 reputation	bio	website		visits	member for	1 year
1528 badges		location	Marrakesh, Morocco		seen	yesterday

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Feb 25	comment	Number base conversion sorry, my bad. How did you divide 1e7 by 7 in base $16$?
Feb 25	comment	Number base conversion but this is because the computer can do mathematical operation in base $16$. Can I do the inverse of what you did with a computer i.e. converting from base $7$ to base $16$ without going through decimal?
Feb 25	asked	Number base conversion
Feb 24	accepted	On Ceva's Theorem?
Feb 24	reviewed	Reviewed Determining a point's coordinates on a circle
Feb 24	reviewed	Approve suggested edit on proving of properties of the modulus function by exhaustion - $\forall\ x \in\mathbb{ R} : \|xy\| = \|x\|\|y\| $
Feb 23	comment	Help with the inequality $\sum_{k=1}^{1006} \sqrt{k \cdot (2014-k)}<506^2\pi$ @HaraldHanche-Olsen my thought exactly. looks like a contest's problem to me but one can't say if it is current or not.
Feb 23	comment	Help with the inequality $\sum_{k=1}^{1006} \sqrt{k \cdot (2014-k)}<506^2\pi$ nobody is really good at Maths, we all try, so try something too.
Feb 23	revised	Algorithm for learning combination preferences added 533 characters in body
Feb 23	answered	Algorithm for learning combination preferences
Feb 23	reviewed	Approve suggested edit on differential geometry about neither local isometry nor conformal map
Feb 23	reviewed	Approve suggested edit on Find Maclaurin series of $(\sin(x^3))^{1/3}$
Feb 23	comment	Whats the size of the angle the diagram is ambiguous and no assertion can be made about the exact value of $\varepsilon$.
Feb 23	comment	Whats the size of the angle what have you tried? Where are you having problems?
Feb 14	answered	Romantic Math Equations
Feb 14	comment	Vector Analysis (Phasor-diagrams) of poly-phased circuits @Qmechanic I deleted the other one because at least I've gotten a response here.
Feb 14	asked	Vector Analysis (Phasor-diagrams) of poly-phased circuits
Feb 6	answered	simplyfying a mathematical expression
Feb 6	comment	simplyfying a mathematical expression could you include the reference in your question?
Feb 6	comment	simplyfying a mathematical expression Your question is ambiguous. The simplest way to calculate factorial is the way you stated above. This is obviously from an algorithm problem that tackles the overflow of the `factorial` function. But to attract good responses to your question, you need to explain what you want exactly.