Left 7850 snus cans to give away

[precious007]

Well, you have a son. But...we are all your children! LOL

2 :^)

[sgreger1]

Sgreger - V 2 are my friends , and I am not feeling bed that you use my friends snus if you would use BAT snus then I would give you impossible quastion to answer like , which position Walen likes to sit on toilet , but here is the easy quastion
How many brothers and sisters I do have if you followed my posts you should know

Well this is a trick question because GN always calls everyone on Snuson his Brothers and sisters!

But my answer is that you have 6 sisters.

[sgreger1]

Assuming f

^d/_dx [f(x) * g(x)] = f (x) * g’(x) + g (x) * f’(x)

Therefore the answer is……… A) In Prison

But if I remember correctly.............the prison was on mars and run by the Swedish......so the answer could be...... all of the above (A, B, and C)...........but for this to work one would have to subsume the derivative of f as f(vX)

But that is far too convoluted....so for simplicity sake........ let us just solve f for A


Now let us solve for A (again assuming f)

A= g’ * [^f/_{∏ (∞>x)}]

Therefore A =14

So very well done GN………..a question with the answer 14........ just as requested

LOLOLOLOLOLOLOLOLOLO. I would have guessed in prison too, Sweden is too easy an answer, it's like he wants you to pick it.

[precious007]

nah, not in prison

In sweden most likely :^)

[Premium Parrots]

IDK bout that. I think I heard somewhere that he got busted selling counterfit snus a few years back. Thats pretty serious and probably carries a prison sentance. But I can't be sure as I'm currently in a nicotine stupor.

[Snusdog]

nah, not in prison

In sweden most likely :^)

No that would have to be written

^f’/_dx [K(x) * g(x)] = K (x) * g’(x) + g (x) * K’(x)


Not


^d/_dx [f(x) * g(x)] = f (x) * g’(x) + g (x) * f’(x)

Resulting in B (Sweden)

Which then would render the solution for B (assuming K) as

B= f’ * [^k/_{∏ (∞>x)}]

Therefore B= 13……..which is clearly not the answer I requested.

The problem Precious is that you simply inverted the middle…. [K cannot = K(f +1)]

The math is clear

^d/_dx [f(x) * g(x)] = f (x) * g’(x) + g (x) * f’(x) = A

and

A = 14

GN is correct……………and therefore will now send himself 196 cans of snus

The square root of which is……………of course………………14

[Mill]

yyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyeeeeeeeeeeeeeeeeeeeeee eeeeeeeeeeeeeeeeeeeeessssssssssssssssssssssssssssssssss ssss

I AM SO EXCITED I AM WETTING MY PANTS!!!!!!!!


What do I need to do next?

PM you my mailing address?

Do I need to get some kind of Odens tattoo?

Is there a secret handshake or anything I need to learn now that I am a winner?

[Frosted]

I AM SO EXCITED I AM WETTING MY PANTS!!!!!!!!


What do I need to do next?

PM you my mailing address?

Do I need to get some kind of Odens tattoo?

Is there a secret handshake or anything I need to learn now that I am a winner?

You don't know what you have to do???????????????????????????????????????????? Oh dear.

[precious007]

No that would have to be written

^f’/_dx [K(x) * g(x)] = K (x) * g’(x) + g (x) * K’(x)


Not


^d/_dx [f(x) * g(x)] = f (x) * g’(x) + g (x) * f’(x)

Resulting in B (Sweden)

Which then would render the solution for B (assuming K) as

B= f’ * [^k/_{∏ (∞>x)}]

Therefore B= 13……..which is clearly not the answer I requested.

The problem Precious is that you simply inverted the middle…. [K cannot = K(f +1)]

The math is clear

^d/_dx [f(x) * g(x)] = f (x) * g’(x) + g (x) * f’(x) = A

and

A = 14

GN is correct……………and therefore will now send himself 196 cans of snus

The square root of which is……………of course………………14

you forgot to include π r ² which is the area of an Oden's snus can

so the equation might be wrong

^^

[devilock76]

you forgot to include π r ² which is the area of an Oden's snus can

so the equation might be wrong

^^

That is just dumb, you are talking about a 3 dimensional object so if you were talking about "area" with it then it would be surface area.

R = radius of can
H = Depth of can

Surface area would be (Pi * R^2 * 2) + (2 * Pi * R * H)

But really measuring the actual volume would be more sensible, excluding inside vs outside volume...

Pi * R^2 * H

Ken

[precious007]

That is just dumb, you are talking about a 3 dimensional object so if you were talking about "area" with it then it would be surface area.

R = radius of can
H = Depth of can

Surface area would be (Pi * R^2 * 2) + (2 * Pi * R * H)

But really measuring the actual volume would be more sensible, excluding inside vs outside volume...

Pi * R^2 * H

Ken

why so serious?

[devilock76]

why so serious?

Just trying to help with the further subsidization of Romanian education. Applied Mathematics is not taught there either it seems ...

I am never serious, if I was serious then I would be a real schmuck... not just a pretend one...

Ken

[precious007]

Just trying to help with the further subsidization of Romanian education. Applied Mathematics is not taught there either it seems ...

I am never serious, if I was serious then I would be a real schmuck... not just a pretend one...

Ken

I personally always hated maths, and ironically ended up programming.

fact is.... if I'm not good at maths, that doesn't mean advanced applied mathematics isn't taught in Romania. :^)

cheers

[devilock76]

I personally always hated maths, and ironically ended up programming.

fact is.... if I'm not good at maths, that doesn't mean advanced applied mathematics isn't taught in Romania. :^)

cheers

Have you already forgotten that you are the defacto representative here of all of Romania and any judgement that can be passed on you can be levied against Romania as a whole?

Ken

[Frosted]

Irelands phuqed then.