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#1 2011-11-09 19:50:12
- Nexstudent
- Scratcher
- Registered: 2010-02-07
- Posts: 1000+
Useless things you think of when you're bored.
Do you do it?
In math class, I found a way to turn 1 and 2 step addition into multiplication.
Quite simple, and quite useless, but I did it anyway.
The tiny fraction in the corner is 1 and N[1] over X
What do you guys think of when you're bored?
Last edited by Nexstudent (2011-11-09 19:52:26)
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#2 2011-11-09 19:53:35
- fungirl123
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- Registered: 2011-10-09
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Re: Useless things you think of when you're bored.
How bored I am.
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#3 2011-11-09 20:07:23
- agscratcher
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- Registered: 2009-07-09
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Re: Useless things you think of when you're bored.
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#4 2011-11-09 20:07:28
- rabbit1131
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- Registered: 2009-10-16
- Posts: 1000+
Re: Useless things you think of when you're bored.
I'm bored already. Math
Is
So
BORING 
However: Steps to a hot-air essay.
First: write the structer
Second: use really long adjective phrases
Example
And the bearer of golden rings road across the solid air to a meeting of mail coats and sword tips.
And the original...
And the king sailed across the sea to fight a battle.
The Intergalactic Adventures of Revesilia! I hope you will partake in this gigantic undertaking, to build the sequel to the hit map The Adventures of Revesilia! The Intergalactic Adventures of Revesilia Map Builders Application thread!
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#5 2011-11-09 20:41:22
- brettman98
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- Registered: 2010-10-17
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Re: Useless things you think of when you're bored.
Um...not that.
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#6 2011-11-09 21:49:54
- MoreGamesNow
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- Registered: 2009-10-12
- Posts: 1000+
Re: Useless things you think of when you're bored.
P.E. = mgh
g = ((Gm)/(d^2) )
So, if all else is constant, the force of gravity is inversely proportional to distance squared, and potential energy is directly proportional to distance.
P.E. = d * g
P.E. = d / (d * d)
P.E. = 1/d
So Potential energy is inversely proportional to distance. So the closer you get to something, the greater potential energy you have (so if you lift a ball one meter high, it has greater potential energy than if you lift it two meters high).
In reality, "P.E. = mgh" doens't work on that large a scale. Too bad, I thought I was onto something
Last edited by MoreGamesNow (2011-11-09 21:51:35)
"Cogito ergo sum" -- I think, therefore I am
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#7 2011-11-09 21:56:32
- veggieman001
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- Registered: 2010-02-20
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Re: Useless things you think of when you're bored.
the allegory in the cave with the greek guy
Posts: 20000 - Show all posts
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#8 2011-11-10 09:49:33
- maxskywalker
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- Registered: 2008-01-27
- Posts: 1000+
Re: Useless things you think of when you're bored.
Sometimes I write division problems for myself. Sometimes I visualize some code I'm debugging and try to fix it in my head. Too bad I can't afford to get an interpreter in my head. Maybe I'll have enough money for brain surgery after Christmas
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#9 2011-11-10 10:15:03
- maxskywalker
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- Registered: 2008-01-27
- Posts: 1000+
Re: Useless things you think of when you're bored.
MoreGamesNow wrote:
P.E. = mgh
g = ((Gm)/(d^2) )
So, if all else is constant, the force of gravity is inversely proportional to distance squared, and potential energy is directly proportional to distance.
P.E. = d * g
P.E. = d / (d * d)
P.E. = 1/d
So Potential energy is inversely proportional to distance. So the closer you get to something, the greater potential energy you have (so if you lift a ball one meter high, it has greater potential energy than if you lift it two meters high).
In reality, "P.E. = mgh" doens't work on that large a scale. Too bad, I thought I was onto something
Oh. For a second I thought you meant P.E. as in the school-type-thing.
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#11 2011-11-10 10:16:03
- maxskywalker
- Scratcher
- Registered: 2008-01-27
- Posts: 1000+
Re: Useless things you think of when you're bored.
MoreGamesNow wrote:
P.E. = mgh
g = ((Gm)/(d^2) )
So, if all else is constant, the force of gravity is inversely proportional to distance squared, and potential energy is directly proportional to distance.
P.E. = d * g
P.E. = d / (d * d)
P.E. = 1/d
So Potential energy is inversely proportional to distance. So the closer you get to something, the greater potential energy you have (so if you lift a ball one meter high, it has greater potential energy than if you lift it two meters high).
In reality, "P.E. = mgh" doens't work on that large a scale. Too bad, I thought I was onto something
Nope. Sorry. E = MC^2.
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