so the sample absorbs the light? ive been reading on uv vis spec, and what ive come to understand is that the sample absorbs the light, but it can also excite the electrons in the sample as well im trying to understand how uv fitr etc work with gemtone analysis, when the gems absorb the light this would theoreticaly change the makeup of the gem yes? if it absorbs the radiation and if the beam ecites electrons in the gem wouldnt the gems structure change slitely?
I think it would be a better order if you ran the standard solution (known concentration) to create a standard curve before measuring the unknown samples. Less confusing for students.
thank you so much.It was very helpful with my midterm test XD
A very informative description
so the sample absorbs the light?
ive been reading on uv vis spec, and what ive come to understand is that the sample absorbs the light, but it can also excite the electrons in the sample as well
im trying to understand how uv fitr etc work with gemtone analysis, when the gems absorb the light this would theoreticaly change the makeup of the gem yes?
if it absorbs the radiation and if the beam ecites electrons in the gem wouldnt the gems structure change slitely?
Great explanation! Many Thanks!
merci, monsieur bien!
Nice job!
I think it would be a better order if you ran the standard solution (known concentration) to create a standard curve before measuring the unknown samples. Less confusing for students.
nice explanation...
its really nice
thanks a lot
I hate videos that are ruined by the speaker stuttering or smacking their lips or swirling their tongue in their mouth.
Christopher Daly II they forget about editing. Its not like they are teaching 1 plus 1 math videos...
Not a good explanation
Please..want clarity.and not good explanation
not a good explanation. but thumbs up for the effort. but please improve.