Thank you for this video but still i have a question, Particles with different masses will also have different radii thus different velocity so they will deflect not entering the circular motion part so does that mean that the spectrometer only measures one type of particle at a time?
Amazing! How do we measure the charge of a particle in the mass spectrometer? Also, how do we find out the radius? We can't simply use a protractor I guess :/
One word...PERFECT!
Thank you very much.
I appreciate your hard work.
This was the most amazing and phenomenal presentation I’ve heard! Thank you!
AWESOME. JUST AWESOME! 🎉❤
that was such an amazing explanation. I can't believe I understand it now! Thank you so much!!!
Awesome. Helps a lot. Very good pedagogical skills.
Im stunned by how well he explained 😭👍👍
Very nice video, you won a new subscriber!!
Bro be rappin math, I love it
Proper tutorial
I love your videos¡ Greetings from México¡
Omg thank you so much!!!
That was very helpful
Thank u
thanks sir.....this helped a lot...your way of teaching is good
omg that was amazing... so helpful thank you so much!
Great video, thanks
great thanks
Thank you !😍🤩😍
Superb!
Thanks a lot!
Great teacher. he kinda looks and sounds like vito corleone
Love your video
thank you so much...
este vídeo me enseñó los secretos de la física
Thank u somuch sir
thank you for vedio
Wow. Thnk u sir.. Thnk u soo much
Thank you for this video but still i have a question, Particles with different masses will also have different radii thus different velocity so they will deflect not entering the circular motion part so does that mean that the spectrometer only measures one type of particle at a time?
Yes
Amazing! How do we measure the charge of a particle in the mass spectrometer? Also, how do we find out the radius? We can't simply use a protractor I guess :/
That was excellent, but you shouldn't have used the vector symbols on the letters, since you're only considering the magnitudes.
can we use this same calculation to measure the mass of atoms in mass spectrometery rather molecules?????
Why is the path curved?
Magnetic field always acts perpendicular to the motion of the particle. This provides centripetal force.
7:05 thank me later
7:14 sir where did the vector from B2 go?
I could become a better engineer through youtube vs my proffessors