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The Mercenary
Grandmaster Knight
Ambalon 说:
Actually, that would be a very simple calculus problem involving a very simple function's derivatives. I really don't want to go through and combine all the terms, and I'm wondering if there's a shortcut to get through to the secondary derivative. However, I'm not looking for an answer from you, as your posting history has made me somewhat leery of taking any answers from you, particularly on this particular math problem, as you are probably currently in Algebra 1.
ejnomad07 说:
I love organic chemistry! Sort of! It gets a little annoying at times and I much prefer physical chemistry!
Why would you take organic chemistry?
To put things into his own body?
Elenmmare
Arg. You know this thread is actually supposed to be partially serious? The idea is that we're a relatively smart community, and its always fun hitting a Year 1 university professor with an explanation from a fourth Year student.
G36E
Baron
From a denser medium to a less dense medium: There's a ratio up to a cut-off point. At that point the refracted ray has an angle of 90 degrees from the normal. Beyond that point, full internal reflection occurs.Elenmmare 说:
They don't have to. It simply simplifies things. If I shone the rays on say a globe, I'd have to do many calculations for each normal in order to find the exit ray.Elenmmare 说:
leprechaun
Marquis
Merc, a function should NOT get longer when you differentiate it
Simplify, girl, simplify!
Simplify, girl, simplify!
Elenmmare
Alright.
There's a beaker with a graduated cylinder stuck in it. There is a pencil inside the graduated cylinder which is filled with water. The beaker is just filled with air.
Trace the path of the rays. Beware of refraction/reflection differences.
(Please note, my drawing sucks and all that, the black splotches are censored).
Basically we're learning about refraction and reflection. The red lines are rays, and what I *think* should happen. We're assuming these appeared out of nowhere (I know, its a stupid question for a stupid assessment). In both cases they're heading up, not down, I would have drawn on arrows but I'm lazy. What I mean to say is that they're heading into the pencil, not away from it.
Is this correct? Would they refract like I said?
Edit: Don't bother at all with the angles of incidence or refraction, that was a purely wild illustration just trying to make a point. What I really need to know is the principals, of where they would refract/reflect.
There's a beaker with a graduated cylinder stuck in it. There is a pencil inside the graduated cylinder which is filled with water. The beaker is just filled with air.
Trace the path of the rays. Beware of refraction/reflection differences.
(Please note, my drawing sucks and all that, the black splotches are censored).
Basically we're learning about refraction and reflection. The red lines are rays, and what I *think* should happen. We're assuming these appeared out of nowhere (I know, its a stupid question for a stupid assessment). In both cases they're heading up, not down, I would have drawn on arrows but I'm lazy. What I mean to say is that they're heading into the pencil, not away from it.
Is this correct? Would they refract like I said?
Edit: Don't bother at all with the angles of incidence or refraction, that was a purely wild illustration just trying to make a point. What I really need to know is the principals, of where they would refract/reflect.
Lord Leoric of Wercheg
Grandmaster Knight
Are those compound sentences? I think they are.
If a simple sentence expresses a(1) complete thought, how many "thoughts" does a compound sentence have?
Does anyone else see a lot of blurring later into the afternoon?
Yeah, the program for the afternoon sun is getting a little buggy. I'll get on that soon.
As in fast movements making a blur sometime after ten hours of being awake.
Orj
You should upgrade your video card drivers.
As opposed to the morning, when I wave my hand quite quickly at night, I would always see a blur whereas in the morning I would not.
What is the Electron Configuration of Uuo (Ununoctium)?
Elenmmare
Lighting.
Swadius, you should probably ask a doctor. Maybe your eyes are tired, and you need glasses.
I'm sad no one got my matrix reference.
I'm sad no one got my matrix reference.
There there, I'm sure everyone did, it's just that nobody cares.
