this was an experiment they showed me back in high school.
A clean paint can was used:
2 holes were cut, one into the base and one into the lid. Hydrogen from a hydrogen generator was piped in via the base until the can was considered full (the H2 supply was shut-off then removed). the...
I would doubt that they would ever collide, surely the negative charge density of the electrons would repulse and deflect each other preventing collisions.
Are you intending to characterise the drug compound or do you want to validate analytical methods to detect and quantify them?
Are they existing drugs? these may be covered by pharmacopoeial methods
For new validations I would consult ICH.org and their Q2(r1) validation document
For...
It will also depend on the classification of the volumetric glassware and the temperature etc
Class A glassware is produced to tighter (volumetric) controls than class B glassware. these
From Boichem classes and accidental exposure you may want to look at somthing like this
http://en.wikipedia.org/wiki/Ninhydrin"
stains on direct contact and takes time to fade
I studied biochemistry in the UK as an undergraduate and you could "major" in either Biotechnology, cliniical biochemistry or toxicology. I chose Toxicology
The clinical Biochemistry major was tailored for work in the health services.
Ironically, my first job out of university was...
From what is written there , I would say it is designed for those with little or no previous chemistry, so you should be OK.
However, a failure to becone a brilliant chemist may not be the fault of the book
You could also try the old fashioned way, do the reading , do the work and ask pertinent questions in class.
Trying to impress without the means to back it up may work at school but once out of academia most people (especially those in the science community) see right through it.
I have...
Biochemistry, 5th Ed. by Lubert Stryer (Author), Jeremy M. Berg (Author), John L. Tymoczko (Author)
Organic Chemistry (6th Edition) by Robert T. Morrison (Author), Robert N. Boyd (Author)
Instrumental Methods of Analysis by Hobarth Willard (Author), Lynne Merritt (Author), John Dean...
Yes, it's done all the time with computer modelling in Molecular chemistry/Biochemistry and Toxicology to predict molecular interractions with receptors on cells, enzyme active sites etc..
Even at Uni in the 80s, in biochemistry we were watching videos showing the construction of a 3d model...
That wasn't what I said, you are posing the scenario to replace coal, oil and gasoline as power sources which only form part of the 5% carbon load from "industrial processess" and not 95% as you claim.
Also, the extrction of CO2, from whichever source to produce the methane may require more...
I provided you with the equation to prove this...
If a mass of water freezes the ice volume is 109.6% bigger
In a confined environment like a pipe this expansion will still occur and possibly :
split the pipe, break joints etc
<< post edited slightly by berkeman >>
Plus given the stats that "industrial processes" account for say only 5% of the atmospheric carbon load. Wouldn't it be better focussing our attention to dealing with the 95% side of the equation?