Garmen1778

658 reputation

111

bio	website	skarola.org
	location	Donostia
	age	18
visits	member for	1 year, 2 months
	seen	Apr 24 at 23:08
stats	profile views	44

I'm a 17 years old guy, who is in love with mathematics, physics and astronomy.

	658 reputation	bio	website	skarola.org	visits	member for	1 year, 2 months
111 badges		location	Donostia		seen	Apr 24 at 23:08

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Mar 17	awarded	Yearling
Jan 7	awarded	Nice Question
May 9	awarded	Editor
May 9	revised	What makes the stars that are farther from the nucleus of the galaxy go faster than those in the middle? added style
May 9	suggested	suggested edit on What makes the stars that are farther from the nucleus of the galaxy go faster than those in the middle?
May 3	accepted	In a circular pendulum, where does the equation $v=\sqrt{rg\tan{\alpha}}$ come from?
May 3	comment	In a circular pendulum, where does the equation $v=\sqrt{rg\tan{\alpha}}$ come from? @Manishearth There aren't homeworks.
May 3	revised	In a circular pendulum, where does the equation $v=\sqrt{rg\tan{\alpha}}$ come from? there aren't homeworks
May 2	asked	In a circular pendulum, where does the equation $v=\sqrt{rg\tan{\alpha}}$ come from?
Apr 27	awarded	Benefactor
Apr 24	accepted	Were the physical constants chosen randomly by the nature?
Apr 24	accepted	Relationship between the “angle of the floor” and the angular velocity in a banked turn?
Apr 24	comment	Relationship between the “angle of the floor” and the angular velocity in a banked turn? Yeah. I was wrong in the calculations. Nos I know where I have failed. Thanks! and $v$ can be written as $v=\sqrt{gr\tan{\theta}}$ and $\omega$ as $\omega=\sqrt{\frac{g\tan{\theta}}{r}}$. But this is obvious.
Apr 23	asked	Were the physical constants chosen randomly by the nature?
Apr 23	comment	Is there a correlation between the mass of a supermassive black hole and the mass of its host galaxy? @GigiGiles Nope.
Apr 23	asked	Relationship between the “angle of the floor” and the angular velocity in a banked turn?
Apr 23	awarded	Promoter
Apr 23	awarded	Critic
Apr 5	accepted	Why can't we know the speed, $\vec{v}(t)$, and position, $\vec{r}(t)$, of an electron (the two) at the same time $t$?
Apr 5	asked	Why can't we know the speed, $\vec{v}(t)$, and position, $\vec{r}(t)$, of an electron (the two) at the same time $t$?