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May
23
comment Please explain this circular movement problem
Well, I realize that if the car was just standing there, he would act upon the hill with the force of 10kN. And it's pretty obvious to me that if it was going any faster, the hill would be "pushing him up", and once it would come to the top it would almost fly away. That's why the force is lower when it's moving.
May
23
comment Please explain this circular movement problem
You mean centripetal, right?
May
22
comment Please explain this circular movement problem
Thanks for the tags!
May
22
asked Please explain this circular movement problem
Apr
27
awarded  Nice Question
Apr
24
asked If randomness doesn't exist, how come the universe isn't a perfect sphere with predictable distribution of matter?
Apr
20
comment Is the Avogadro's constant equal to one?
Whoops my bad again!
Apr
19
comment Is the Avogadro's constant equal to one?
Actually, that sums up to 1 mole = 6.002*10^23 mole, which, mathematically, obviously isn't correct.
Apr
19
comment Is the Avogadro's constant equal to one?
Hm, sorry then, I must have misread the formula! Also, I wasn't the one that -1'd you.
Apr
19
comment Is the Avogadro's constant equal to one?
Waaa, you're a professor at PMF? That's awesome! For me the choice is basically either PMF or FER...
Apr
19
awarded  Supporter
Apr
19
awarded  Commentator
Apr
19
comment Is the Avogadro's constant equal to one?
I seriously don't get you guys. Speed of light has a measurement unit of m/s, while dozen is just a number. Until you divide the equation with c, I don't see how could you use c = 1... And that doesn't really make sense.
Apr
19
comment Is the Avogadro's constant equal to one?
Oh wow. I don't get it. I thought humans had no idea what time is, and now you're telling me that we're transforming into distance... Damn. Can you please give me a link where I can educate myself about this? I don't want to wait 3 years just for my school to start teaching me relativity...
Apr
19
comment Is the Avogadro's constant equal to one?
Wait wait wait... Measure time in meters? Are you trolling me? If so, 10/10, would rage again.
Apr
19
comment Is the Avogadro's constant equal to one?
Nope, it isn't ;)
Apr
19
comment Is the Avogadro's constant equal to one?
@LuboŇ°Motl. 1 mole = 6.022 * 10^23. NA = 6.022 * 10^23 * mole^(-1). NA = 6.022 * 10^23 * (6.022 * 10^23)^(-1). This is literally one. Where c is actually not one, so I wouldn't say that they're isomorphic...
Apr
19
awarded  Student
Apr
19
comment Is the Avogadro's constant equal to one?
But mathematically, G and c aren't actually one, and I guess you have to scale all other things when you set them to 1, but what I'm saying that Na literally is one.
Apr
19
awarded  Editor