You're referring to ferrofluids right? Just because something contains iron does not mean it is ferromagnetic. Austenitic stainless steels are *mostly* iron, and yet they are not ferromagnetic.
Perhaps you don't understand the meaning of viscosity. Viscosity is simply a coefficient that fits in the equation between flow rate and pressure drop. If you increase flow rate without changing the pressure drop, the viscosity decreased, by definition. Simply changing the temperature (not a chemical change) changes the viscosity of all real fluids.
But there's a big difference between metallic iron where all the atoms in the magnetic domain are aligned, and individual (unaligned) hemoglobin molecules, each with four heme groups, each of those having a single iron atom. I would not expect RBCs to align in any particular way with an applied magnetic field.
At home, you have 50% probability of being above average, same as in public school.
I don't know what the "(if you aren't already)" "better than someone who is smarter than you" comments are for. If there are two people, you need to need to be better than the other person, period. Assuming a symmetric distribution, the median = the average, and you always have an equal probability of being below or above the average.
Slashdot Mirror
Unfortunately, "making money" is a double entendre in the case of government.
It also left out the magic water that's left after you dilute all of the _[insert symptom-producing substance here]__ out of it, as in homeopathy.
Did the ;-) tell you he was serious?
Don't hold your breath, as they say.
You'll have to settle for Ca, S and O being on there. There is no periodic table of the compounds.
The concentration of iron is not the issue: austenitic stainless steels are *mostly* iron, yet they are not ferromagnetic.
You're referring to ferrofluids right?
Just because something contains iron does not mean it is ferromagnetic.
Austenitic stainless steels are *mostly* iron, and yet they are not ferromagnetic.
Perhaps you don't understand the meaning of viscosity. Viscosity is simply a coefficient that fits in the equation between flow rate and pressure drop. If you increase flow rate without changing the pressure drop, the viscosity decreased, by definition.
Simply changing the temperature (not a chemical change) changes the viscosity of all real fluids.
'Who needs more schooling'. Not 'that needs more schooling'.
No, that was just his freshman year(s), then he moved on to more specific fields of study.
But there's a big difference between metallic iron where all the atoms in the magnetic domain are aligned, and individual (unaligned) hemoglobin molecules, each with four heme groups, each of those having a single iron atom. I would not expect RBCs to align in any particular way with an applied magnetic field.
It *is* also naturally occurring, as in 'made by mold that grows on rye'.
Ah, must've forgot one:
don't pay attention to anonymous cowards.
At home, you have 50% probability of being above average, same as in public school.
I don't know what the "(if you aren't already)" "better than someone who is smarter than you" comments are for.
If there are two people, you need to need to be better than the other person, period.
Assuming a symmetric distribution, the median = the average, and you always have an equal probability of being below or above the average.
I read it. Why else would I include the "but LCD of course"?
It was just an observation: that the pixel density, by itself, is nothing new.
has the same pixel density (1920x1200, 15") and aspect ratio, but LCD of course.
I take it you didn't do so well in statistics and probability yourself.
Excellent attitude. You're hired!
Since the United States did not exist prior to 1776, your statement is nonsense.
tl; dr.
Actual answer: no.
Yes, but you spelled it wrong.
Obviously, it wants to punish you for trying to counterfeit by using up expensive toner.
Most guys want to look at the OUTSIDE of them. He wanted to look at the INSIDE of them. That's worth something, isn't it?
As mentioned by the summary. Etc.
Did you mean 1920x1200?
My laptop's got that and I don't want to replace it if it means I lose pixels. I wouldn't mind it being brighter though.