Prove the Following:

[ImpulsE69]

B5 ≥ ds9 ≥ bsg ≥ sg1 ≥ sg:a ≥ sw 4,5,6 ≥tng > sw 1,2,3, >st:e >sgu > st tos > bsg tos

Ohhhh...I hope you have your flame suit on...

 

[Printer Bandit]

2 + (- sqrt(1- x^2- (y- abs(x))^2))cos(30((2-x^2-(y-abs(x))^2))), x is from -1 to 1, y is from -1 to 1.5, z is from 1 to 2

 

[TheVrolok]

Was there time travel in Voyager? I don't remember. I must have been distracted by all the sucking.

Not a whole lot from what I remember. Shattered and Relativity were sorta time travel. That one episode with Kes, too?


Was a bit of a troll post originally, but I do agree with what someone earlier said; there were a few really good Voyager episodes tucked into an otherwise unwatchable series.

 

[TheVrolok]

Sw 4,5,6>*.*

Most true post in the thread.

 

[UncleWai]

Fuck math

 

[Ruptga]

Not a whole lot from what I remember. Shattered and Relativity were sorta time travel. That one episode with Kes, too?

Also Year of Hell 1 and 2, Timeless, and Future's End 1 and 2, at least. Some of those were good episodes, but ultimately I think time travel was just a convenient crutch to fall back on, a final final frontier they could explore rather than coming up with fresh stories or developing characters.

 

[SlitheryDee]

divide by zero error

 

[JPS35]

B5 ≥ ds9 ≥ bsg ≥ sg1 ≥ sg:a ≥ sw 4,5,6 ≥tng > sw 1,2,3, >st:e >sgu > st tos > bsg tos

HEAVENS TO MURGATROYD, Man! Is this remedial math the product of Common Core educational standards? Perhaps Math 48 at a local Community College might help? To believe that DS9 is that high, even above bsg and sg1...(shakes head in disbelief).

 

[JPS35]

Sw 4,5,6>*.*

Again, please show your work for full credit.

 

[TheVrolok]

Also Year of Hell 1 and 2, Timeless, and Future's End 1 and 2, at least. Some of those were good episodes, but ultimately I think time travel was just a convenient crutch to fall back on, a final final frontier they could explore rather than coming up with fresh stories or developing characters.

I didn't consider Year From Hell traditional time travel for some reason, but totally forgot about Future's End (how could I forget that fancy Sarah silverman work?) and Timeless.

 

[Fenixgoon]

F(B5) = {[(New BSG)^2 + (SW 4+5+6) + cos(SG1)}] / √[(SW 1+2+3 )] + (ST:TOS+TNG)} - lim┬(n→&#8734〖ST:V〗{tan[(ST: DS9) - (SGU/SGA)]} / {BSG:TOS + log_2〖(ST:E&#12311}

iff

B5 ≥ New BSG ≥ SW 4+5+6 ≥ SG1 ≥ SW 1+2+3 ≥ ST:TOS+TNG

And

SW 1+2+3 > ST: DS9 > SG:U > BSG:TOS > ST:E > SG:A

And

lim┬(n→&#8734〖ST:V〗≠ 0

burn him at the stake!

 

[drebo]

Seven of Nine and Jadzia Dax climb into a shower... Everyone wins!

 

[maniacalpha1-1]

HEAVENS TO MURGATROYD, Man! Is this remedial math the product of Common Core educational standards? Perhaps Math 48 at a local Community College might help? To believe that DS9 is that high, even above bsg and sg1...(shakes head in disbelief).

Those first ones are all pretty damn close, but we've all committed a great crime, me included...I don't see any mention of Firefly. There's probably several other honorable mentions that should have been included in these formulas.

 

[dave_the_nerd]

B5 ≥ ds9 ≥ bsg ≥ sg1 ≥ sg:a ≥ sw 4,5,6 ≥tng > sw 1,2,3, >st:e >sgu > st tos > bsg tos

> Galactica 1980.

And let's not even talk about Space 1999.

 

[phucheneh]

Anybody crack them wormhole equations yet?

 

[JPS35]

Quote:
Originally Posted by JPS35
HEAVENS TO MURGATROYD, Man! Is this remedial math the product of Common Core educational standards? Perhaps Math 48 at a local Community College might help? To believe that DS9 is that high, even above bsg and sg1...(shakes head in disbelief).

Those first ones are all pretty damn close, but we've all committed a great crime, me included...I don't see any mention of Firefly. There's probably several other honorable mentions that should have been included in these formulas.

Firefly was considered, but then you have to throw in other anomalies such as BR25thC, FS, LIS, Lex, and others. These may just be tangential anomalies.

 

[JPS35]

--------------------------------------------------

Substituting the IMDb ratings for each show.

B5 = 8.2

BSG:TOS= 8.8
NBSG = 8.8

SW 4+5+6 = 8.7+8.8+8.4 = 25.9
SW 1+2+3 = 6.6+6.8+7.7 = 21.1

ST:TOS = 8.4
ST:TNG = 8.7
ST:V = 7.7
STS9 = 7.9
ST:E = 7.5

SG1 = 8.5
SGU = 7.7
SGA = 8.1
------------------
F(8.2) = {[(8.8)^2 + (25.9) + cos(8.5)}] / √[(21.1 )] + (17.1)} - lim┬(n→&#8734〖7.7〗{tan[(7.9) - (7.7/8.1)]} / {8.8 + log_2〖(7.7&#12311}

iff

8.2 ≥ 8.8 ≥ 25.9 ≥ 8.5 ≥ 21.1 ≥ 17.1

And

21.1 > 7.9 >7.7 > 8.8 > 7.5 > 8.1

And

lim┬(n→&#8734〖7.7〗≠ 0
===================
Still confused....

You are close, but I think I can help clear the confusion. If you use the IMDb ratings system you need to convert for time dilation (red/blue shift).

Although it is conceivable, based on the original equation, that B5 ≥ New BSG; it is also true that B5 and New BSG > BSG:TOS

Similarly, in order for ST:TOS and ST:TNG ≥ B5 would mean that B5 = √-(B5) or (b5)i. You might as well try to divide by 0 in that case.

I've also considered using RT ratings, but I am not sure you can mix terms that way. If so, you might need to use a non-Euclidian Geometry (Projective Geometry?).

 

[JEDIYoda]

If you use the IMDb ratings system you need to convert for time dilation (red/blue shift).

actually he needs to convert for interlinear transfusion during warp transfer.....

 

[Paladin3]

F(B5) = {[(New BSG)^2 + (SW 4+5+6) + cos(SG1)}] / √[(SW 1+2+3 )] + (ST:TOS+TNG)} - lim┬(n→&#8734〖ST:V〗{tan[(ST: DS9) - (SGU/SGA)]} / {BSG:TOS + log_2〖(ST:E&#12311}

iff

B5 ≥ New BSG ≥ SW 4+5+6 ≥ SG1 ≥ SW 1+2+3 ≥ ST:TOS+TNG

And

SW 1+2+3 > ST: DS9 > SG:U > BSG:TOS > ST:E > SG:A

And

lim┬(n→&#8734〖ST:V〗≠ 0

*reads through equation*

"It never occurred to me to think of space as the thing that was moving!"