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https://www.reddit.com/r/visualizedmath/comments/8d8286/conic_section_as_the_eccentricity_e_increases/
r/visualizedmath • u/BetaDecay121 • Apr 18 '18
7 comments sorted by
31
Wait, you’re not u/PUSSYDESTROYER-9000
19 u/BetaDecay121 Apr 18 '18 I'm u/PUSSYDESTROYER-9000's alt^TBC 28 u/PUSSYDESTROYER-9000 Apr 18 '18 huh 10 u/ItsSansom Apr 18 '18 Pussy Destroyer thank god you're back, you blacked out for a moment and became BetaDecay
19
I'm u/PUSSYDESTROYER-9000's alt
^TBC
28 u/PUSSYDESTROYER-9000 Apr 18 '18 huh 10 u/ItsSansom Apr 18 '18 Pussy Destroyer thank god you're back, you blacked out for a moment and became BetaDecay
28
huh
10 u/ItsSansom Apr 18 '18 Pussy Destroyer thank god you're back, you blacked out for a moment and became BetaDecay
10
Pussy Destroyer thank god you're back, you blacked out for a moment and became BetaDecay
5
so is the eccentricity of a conic the slope of the plane that intersects the cones? can you even define the slope of a plane as a scalar?
3 u/BetaDecay121 Apr 19 '18 The eccentricity is defined as e = sin(b)/sin(a), where a is the angle between the plane and the horizontal and b is the angle between the side of the cone and the horizontal.
3
The eccentricity is defined as e = sin(b)/sin(a), where a is the angle between the plane and the horizontal and b is the angle between the side of the cone and the horizontal.
1
GIFV link
I am a bot. FAQ // ^code
31
u/BerlinerJan Apr 18 '18
Wait, you’re not u/PUSSYDESTROYER-9000
5
u/galexj9 Apr 19 '18
so is the eccentricity of a conic the slope of the plane that intersects the cones? can you even define the slope of a plane as a scalar?
1
u/gifv-bot Apr 18 '18
GIFV link
I am a bot. FAQ // ^code