Question

Free medal, lolz simple question.

Cow+Bull=?

Answer 1

Cow

Answer 2

Wrong, try again

Answer 3

longhorn?

Answer 4

x3 what r de babies called.

Answer 5

calf

Answer 6

Yay x3

Answer 7

lol

Answer 8

plural calves?

Answer 9

I do this out of randomness

Answer 10

QUICK! what is 13-5*2?

Answer 11

Pemdas!

Answer 12

YAY!

Answer 13

:D

Answer 14

x3 do I win?

Answer 15

what is the square root of calf

Answer 16

idku

Answer 17

Suppose that there is such a vector X, that:
\(\Large \vec{X}=\vec{\rm Cow}+\vec{\rm Bull}\)

And suppose that \(\Large \vec{\rm Cow}\) and \(\Large \vec{\rm Bull}\) are two vertical and horizontal velocity components respectively.

Answer 18

meat

Answer 19

Dear god

Answer 20

idku XD

Answer 21

I have to undo my best response XD

Answer 22

lol

Answer 23

So, you can conclude that:
\(\Large \vec{\rm Cow}=\vec{X}\cos(\theta)\)
\(\Large \vec{\rm Bull}=\vec{X}\sin(\theta)\)

Answer 24

Lol sin

Answer 25

So,

\(\Large \vec{\rm X}=\vec{X}\cos(\theta)+\vec{X}\sin(\theta)\)

Answer 26

Hmm, enlightenment

Answer 27

So if I wanted to find the angle:

\(\Large \vec{\rm X}=\vec{X}\cos(\theta)+\vec{X}\sin(\theta)\)

\(\Large 1=\cos(\theta)+\sin(\theta)\)

\(\Large 1=\cos(\theta)+\sqrt{1-\cos^2(\theta)}\)

\(\Large 1-\cos(\theta)=\sqrt{1-\cos^2(\theta)}\)

\(\Large 1-2\cos(\theta)+\cos^2(\theta)=1-\cos^2(\theta)\)

then,

\(\Large 2\cos^2(\theta)=2\cos(\theta)\)

Answer 28

But what if \[\sin (\theta) \int\limits_{bull}^{cow}\xi \Theta _{1}^{cow*bull}\]

Answer 29

changes completely

Answer 30

So either \(\cos\theta=0\) or \(\cos(\theta )\)

Answer 31

i meant cos theta is 1 for the second option

Answer 32

But look

Answer 33

hey, why do you have a a reimann zeta function in it:)

Answer 34

defined for x greater than 1 only