Introduction to Mass Spectrometry

[@GodwantsU2knowZtruth]

I wish when you go to school the Professors would teach you this way; many times you wish you didn't go to class because you come out confused all the more. Thank you for such a wonderful explanation.

[@Whitelivesmatter148ate]

Meron G i can tell ur grammar teacher isnt doing u much justice either (ie. feeble use of semicolons and commas)

[@yourfuturedocburenbeiya]

@@Whitelivesmatter148ate What a nice way of showing your ethnocentric views here...Have you ever considered that maybe this guy isn't from the US? Because you can't possibly assume that only Americans are being taught this subject in English...

[@adamtuner782]

@@yourfuturedocburenbeiya u're studying pharmacy or chemistry ??

[@yourfuturedocburenbeiya]

@@adamtuner782 Chemistry

[@adamtuner782]

@@yourfuturedocburenbeiya of course

[@edward3709]

what a legend u are. textbooks and other videos make it quite confusing but you cleared everything up in one go. Much appreciated

[@chinmayeethakur5223]

This was so clear with respect to the detection aspect , none of the other videos could solve my doubts about detection .glad to having watched this one. Respect from India

[@dr.debjyotipaul9840]

Simply outstanding!!! This is what real teaching is all about!!!

[@anasofiavazquez3925]

I can´t belive somebody could explain it that easy. Thank you very much!

[@Unaimend]

This is by far the best explanation on KZbin

[@JimRohn-u8c]

Thank you so much for going in depth and leaving no stone unturned in your teaching. 5 minutes in and i could tell i was really gonna learn from this video! If everyone just taught like this (not leaving little details like the equation for m/z) no one would have to worry about bad teachers!

[@Knowbee]

Thanks so much for the compliment. Stoked.

[@unnatigupta4867]

Superb explaination...I was struggling through the concept of MS now it's clear...thanks to u Sir

[@lukem1151]

this is one of the cleanest explanations for anything i have ever heard

[@mariociencia12]

Incredible! I (re)learned not just about mass spectrometry, but also about chemistry and physics in general

[@aftabyaseen7463]

What a teaching methodology sir .... amazing sir.... i have no words 😶

[@asifalamjoy9530]

As if Allah has sent an angel from heaven with all the info of mass spectrometer in this single video. I salute you boss. 😍😍😍😍😍😍😍

[@simondobbs4480]

This is a masterful example of clear explanation. Bravo!

[@SaiyaraLBS]

I am in love with this voice and accent. I just paused the video to comment this cuz this couldn't wait. Not to mention the explanation is excellent. Subscribed! ^_^

[@Knowbee]

Wow! This is one of my favorite comments. Thank you! Maybe I should be a radio announcer.

[@SaiyaraLBS]

Knowbee oh yeah! You should! You can also try doing audiobooks :D just let me/us(subscribers) know hahah cuz I'd love to listen!

[@lmthagod328]

This helped me understand mass spec in just an hour . I’m really greatful for this video

[@kayodeolaleye8103]

TOU'RE INDEED A WONDERFUL TEACHER. CONTINUE TO INCREASE IN KNOWLEDGE. THANKS A BUNCH

[@dnarecording]

Hands down, best explanation of mass spec!!

[@safdarali8740]

I think its just enough for each and every student. tnx sir

[@Jay-lq8ly]

Best video about mass spec ! So glad I found it

[@masumarahman2613]

Finally, a worthy explanation.

[@curtpiazza1688]

Wow.....you have great teaching methods! I will remember remember the pool ball analogy....thanx!

[@rinkukumar-tk8jm]

Great way of elucidating complex concepts .Kudos.

[@RoysWanderlust]

Beautifully explained! Thank you so much for finally clearing all my confusions on MS!

[@rrw1418]

It's really great to have teachers like you who genuinely make a best effort to explain lessons like this. Thank you so much sir . God bless you 🙏.

[@nazaninerfany5910]

Many many thanks, this video gave me a clear idea of MS. The explanation was so clear, informative, and simple.

[@shafaanargya3599]

Thankyou sir, i was really stugle with MS fragmentation, this course really help me a lot!

[@Pkedya2boy]

Amazing lesson. Showing a very simple example after introducing the concept behind the method really helped my understanding. Really wish my teacher taught it in the same way!

[@Bushravlogs15]

thank youuuu. So glad i found your channel,, I was floating in my online class today morning and its such a relief to have found this channel. Alhamdulilah

[@PAMluvsLLAMAS]

THANK U SM FOR BREAKING THIS DOWN INTO EASIER TERMS !!

[@elizroma1]

This was an amazing explanation! Thank you :)

[@benalipozenezarinllen1668]

Very helpful video....thank you sir!!

[@MonaMoawad]

From Egypt 🇪🇬 thank you very much

[@Sbr_Shukr]

Thanks alot ..made everything clear in so easy way.. thanks again

[@Alchemist_171]

Couldn't think of a better, satisfying explanation. Why didn't I find this video before!

[@LeonEllisZ]

WOW WOW WOW! THANK YOU! It's so helpful when you break down the reasoning behind each thing. It helped me understand the fundamentals.

[@saifurrahman3926]

best explanation. love from Bangladesh.

[@nandhinimanjunath1236]

A very understandable video under mass spec! Thank you.

[@with-jan-mohammad]

Hey man you are a genius in explaining, hat's off

[@Deepakchauhan-ry6hs]

This was so beautifully explained, thankyou

[@musemani1]

awesome explanation

[@mabusurrahmansheikh6323]

Does any change in molecular weight observe after forming molecular ion by knocking 1e away from it?

[@iceaureus]

Easy yo know the mass spectrometer, thank you!

[@christabelnimako2618]

This is well explained, thanks Sir

[@fakhrulnawawi9681]

there is a correction at 12.35..the carbon ( which hfragment of MW 28 ) should have 2 H instead 1H

[@phillwithskill1364]

Wouldn't that make the MW=29 g/mole?

[@marinedemaison9869]

thank you for your explanation it's very clear you explain very well

[@ibhadeerua1993]

You are amazingly amaazing, thank you so much. God bless you

[@yourfuturedocburenbeiya]

This channel helped a lot; thank you SO MUCH sir!!

[@jaisonissac4739]

Fantastic explanation I was really confusing to learn mass spectroscopy U made it easy Can u please do all the A level topics in this way. Once again thankyou veey much sir😂😂😊😊😊😊❤❤❤❤

[@blissfuliska9866]

sir thank you very very much!! utterly grateful i found your channel sir!!🤩

[@黃捷欣]

I learnt a lot from the video! thank you so much!

[@aamnailyas8246]

Thank youuuu so much! This has to be the best explanation of MS.

[@sundarakumarshanmugasundar1154]

Great video!! Couldn't get any better

[@68-sarasultana54]

this one is really helpful. thank you

[@ramden2002]

Wow amazing explanation... Thanks a lot

[@mr.shubhamroy3784]

just awesome crystal clear concept thanks

[@vesarescue840]

Thank you! Great visual of whats going on.

[@animeshmukherhee7036]

The most best satisfactory explanation

[@touhidislamTOUHID498]

came to learn lc-ms. going with a degree in chemistry. hats off.

[@annameadows739]

Great video, thanks so much!

[@midtaylor-official9022]

Excellent explanation ....absolutely understandable thanks 🙏

[@jyothimalphonso829]

Thank you Sir for such a wonderful explanation.

[@sauravkatuwal5122]

The best explanation🇳🇵

[@peluvefinger]

thank you so much , this is taking a deeper explanation for me in this topic as im doing VCE

[@davidace7]

Beautiful explanation!

[@fatinontong7350]

great explanation! Thank you sir

[@chayangkulchinda1313]

thank you so much. super clear understand.

[@rbarta7446]

I am having an online class right now in ms, but God damn it, I just learnt more from the first 9 minutes of this video than in the whole semester...

[@xlBATES]

Why is the 43g/mole peak approximately the same for pentane and 2-methylbutane? If you drop a CH2CH3 off of 2 methylbutane, the resulting charge is on a secondary carbon. If you drop a CH3CH2 off of pentane you get the resulting charge on a primary carbon. Am I missing something here?

[@mosab643]

How is the velocity measured?

[@churrotaylor6534]

Thanks for the video. I am a little confused here. I think since we get more of a primary carbo cation than a secondary carbo cation, shouldn't the graph on the left side indicate that it is a primary carbo cation?

[@brannigandupreez2083]

Wow, this is beautiful.

[@aba1usa]

10 largest peaks in propane EI spectrum from NIST. 10 largest peaks: 29 (999 ), 28 (587 ), 27 (419 ), 44 (274 ), 43 (231), 39 (189 ), 41 (134 ), 26 (91 ), 15 (72 ), 42 (60 ) Compare this with the spectrum given in the video.

[@yaseenwazir5844]

Great job

[@numanahmed9300]

good video. thanks from Pakistan

[@amirhosein6053]

Thanks It was dope sir❤❤❤

[@gaazijavaid]

Very Nice. Excellent.

[@zhaoxuema3771]

excellent explanation.

[@fipacunha]

In the last exercise, the peak at 27 is a secondary fragment ? Which means that the etil cation suffers another fragmentation loosing one hyrogen and resulting a fragment of 27 ? And in pentane, why is the 43 fragment the most abundant ? Pentane only gives primary carbocation ? Is this related to the number of carbons in the fragment generated justifying that the peak at 43 is greater than at 57 ?

[@alphagonist4748]

Great great great great...amzing

[@khanmuhammad5149]

Excellent ❤️👏🏻

[@bottomtext251]

Nice job explaining the subject, I kinda missed the mention of Isotopes which would also be visible on the mass spectra.

[@chemistryontipsbyvinitadex7467]

Nice explanation 👍

[@husseinal-naeb2163]

When breaking the bond between c-c to the right, shouldnt the carboncation that is generated be CH3CH2+ with molecular weight of 29 g/mol ? Thank you

[@markrullo9953]

This is really helpful. Thank you!

[@Knowbee]

Glad I could help!

[@hansschetselaar1657]

Wow!!👌👌👌very well explained about this topic🤗🤗Now I know more how to solve the ms graphs better👍 Always interested in it🤗Keep sharing

[@Shivanikumari-sj8fz]

I was so unable to understand the topic. The video comes as a blessing. Thank you !! ❤❤

[@shixiangxu6222]

I have a question. I think the m/z peak of 2-methylbutane at 72 should higher than pentane? why they are looking like the same in your slide. thank you

[@erica8877]

Very helpful video! thank you

[@quintonwilson8565]

Wow, great stuff!

[@ThomasHaberkorn]

When the electron from the electron beam is hitting the molecule, where does this electron go after the collision?

[@mr.mscnutrition]

Amazing Explaination sir🤩

[@ciao_abhi]

you are a lifesaver

[@marissamarquez6461]

Great explanation. However, when I searched the mass spectrum of propane, it showed that the most abundant m/z ratio was 29. Could you explain that?

[@RazaKhan-ds8by]

speechless, excellent

[@johnlouismemoryschooltamil5275]

Simply fantastic ! Thank you so much.

[@bommuseenaiah4682]

Excellent sir...

[@tushargogoi884]

really helpful........ Thank you so much

[@Eric-sq4hd]

thank god for this guy. dominates JG on this topic. sorry bud

[@sebastiangz7]

Great explanation!

[@哈哈哈哈哈-e5x]

thank you so much!!! it's very helpful!