1616 pts · July 3, 2015
If you screenshot this and got it to FP, nothing will happen really.
Probably that the family dogs would try to find the way home so they can have food.
*Magneto
i don't think that's what that comment meant...
that sounds like huge success for everyone
*casul. ftfy.
There's no point for America tho. China has this many towers because it has the vast population that would otherwise have no place to go.
...Ground control to Major Tom, you are speeding, please slow down; can you hear me Major Tom? Can you hear me Major Tom???
Something something sense of pride and accomplishment.
Look, by the second penguin I was CONVINCED that this is yet another treefiddy story. Good for you OP at least you have dates.
Courier*
I can't believe this comment has existed 9 hours and no one said bull-ro, what has this site become??
.
"The secret source of Humor itself is not joy but sorrow. There is no humor in heaven."
No, he's Chaperone
You discovered cyberpunk as well. Kowloon is/was the quintessential city of high-tech low-life.
Pardon me for my ignorance (for I'm not of Australian kind, nor American), but is Outback Steakhouse like the Australian Texas Roadhouse?
v
That BB-8 is moving I want one
Wow this seems upsidedown
I seriously thought this is howtobasics for a second
Sorry that's a lot of questions haha
Assuming no friction and pendulum has 0 volume?(6/6)
And 3. Also an extension, Is it possible that some pendulum with certain starting point would never repeat the same position? That is, (4/6)
2. Extension of question 1: would there be an equilibrium, that's possible for the pendulums/rope to reach it in the ideal environment?(4/?)
1. What would happen when T→∞ on any of these pendulums? And would the value of N interfere with their long term behaviours? (3/?)
Now I also wonder more things about this (sorry I'm probability-only person, not too familiar with math-physics). So more questions (2/?)
Haha, nice! I originally took interest in this when I replied because I wondered if this could be modelled with stochastic processes.
Probably that the family dogs would try to find the way home so they can have food.
*Magneto
i don't think that's what that comment meant...
that sounds like huge success for everyone
*casul. ftfy.
There's no point for America tho. China has this many towers because it has the vast population that would otherwise have no place to go.
...Ground control to Major Tom, you are speeding, please slow down; can you hear me Major Tom? Can you hear me Major Tom???
Something something sense of pride and accomplishment.
Look, by the second penguin I was CONVINCED that this is yet another treefiddy story. Good for you OP at least you have dates.
Courier*
I can't believe this comment has existed 9 hours and no one said bull-ro, what has this site become??
.
"The secret source of Humor itself is not joy but sorrow. There is no humor in heaven."
No, he's Chaperone
You discovered cyberpunk as well. Kowloon is/was the quintessential city of high-tech low-life.
Pardon me for my ignorance (for I'm not of Australian kind, nor American), but is Outback Steakhouse like the Australian Texas Roadhouse?
That BB-8 is moving I want one
Wow this seems upsidedown
I seriously thought this is howtobasics for a second
.
Sorry that's a lot of questions haha
Assuming no friction and pendulum has 0 volume?(6/6)
And 3. Also an extension, Is it possible that some pendulum with certain starting point would never repeat the same position? That is, (4/6)
2. Extension of question 1: would there be an equilibrium, that's possible for the pendulums/rope to reach it in the ideal environment?(4/?)
1. What would happen when T→∞ on any of these pendulums? And would the value of N interfere with their long term behaviours? (3/?)
Now I also wonder more things about this (sorry I'm probability-only person, not too familiar with math-physics). So more questions (2/?)
Haha, nice! I originally took interest in this when I replied because I wondered if this could be modelled with stochastic processes.
.