This was really helpful! One question: Is the mass spec run multiple times with the same elements to find the isotope abundance? How can you tell just from deflections that a specific isotope is more abundant?
@Ichichan001 The mass spec runs a sample of ionized particles, so there are a lot of particles moving through. The abundance is determined from the number of collisions at a particular point of impact. Since all the atoms of one isotope will follow generally the same path, they hit in generally the same spot and the mass spec counts those collisions.)
Cool,
thank you very much!
JoystuckTV 5 days ago
perfect! thank you
ricepea16 2 weeks ago
Thank you so much!!!!!!
Wii624 2 weeks ago
what about the thing that accelerates the ion whats is it called
steveeliasbelabbas 2 months ago
@steveeliasbelabbas depending on the type of mass spec, but generally an electric field (and/or a magnetic field) can accelerate the ions.
IsaacsTEACH 2 months ago
omg this is amazing, thank you so much, it was a masive help :)
Blackian1000 2 months ago
This was really helpful! One question: Is the mass spec run multiple times with the same elements to find the isotope abundance? How can you tell just from deflections that a specific isotope is more abundant?
Ichichan001 2 months ago
@Ichichan001 The mass spec runs a sample of ionized particles, so there are a lot of particles moving through. The abundance is determined from the number of collisions at a particular point of impact. Since all the atoms of one isotope will follow generally the same path, they hit in generally the same spot and the mass spec counts those collisions.)
IsaacsTEACH 2 months ago
@IsaacsTEACH Thank you!
Ichichan001 2 months ago
Thank Youuu :D
XxJaiminiXx 2 months ago
Your fab man thanks alot got an exam tomorrow :D thanks once again
abclol3kid 3 months ago
Thank u soo much for this video :)))
DunWannaTellMyName 4 months ago