a good trickis not to think about concentrations but about total number of moles, that you want to keep constant. So because 1 milliliter is a 1000th of a liter, you'll have a 1000th of the number of moles.
another way is to follow the units 1uM/L=(1uM/L)*(1L/1000mL) (because there are 1000mL in a L)
(another way is to follow the units 1uM/L=(1uM/L)*(1L/1000mL) (because there are 1000mL in a L)
Your watch is BACK,
Thu 26 Oct 2006, 19:30,
archived)
thank you!*takes notes*
i'd just done a bunch of conversions from ug to mmol and then they threw that one in there and i totally stalled.
(i'd just done a bunch of conversions from ug to mmol and then they threw that one in there and i totally stalled.
Seventh is somewhat subdued,
Thu 26 Oct 2006, 19:33,
archived)
Also....Knock both units down by a factor of 1000.
i.e.
1umol in 1 L
1nmol in 1 ml
1pmol in 1 nl etc.
eventually you'll end up with femto and yoctomoles, which is almost individual molecules
(i.e.
1umol in 1 L
1nmol in 1 ml
1pmol in 1 nl etc.
eventually you'll end up with femto and yoctomoles, which is almost individual molecules
Jsysco is mostly a lurker, mostly,
Thu 26 Oct 2006, 19:33,
archived)