Sorry, just not enough hours in the day! th-cam.com/video/A4WL48koxpM/w-d-xo.html DrPhysicsA is perhaps the best, even if he's a little low-fi! He's been doing it for years!
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If we figured out that the particle colliding creates pos and negative pions and proton , wouldn’t the trace of the particle before the Collision be visible, as we figured out it has a charge ?
So, in a diagram drawn to scale where the particle tracks of a pion and a proton in a detector are given (they've moved from left to right), how do I take measurements from the diagram to find the momentum of the pion?
You certainly could. I guess combining the equations of circular motion. I wouldn't say a more common question would just be a qualitative answer, e.g. larger r for larger p. 👍
you just nailed it man i got everything i wanted to learn
This was really helpful. I hadn't understood it for two years until now, thank you!
Glad to hear it, I hope you've found the rest of my particle physics playlist?
K
Yes I've found it, I'm struggling with Capacitors the most however and you have no videos for that D:
Sorry, just not enough hours in the day!
th-cam.com/video/A4WL48koxpM/w-d-xo.html
DrPhysicsA is perhaps the best, even if he's a little low-fi!
He's been doing it for years!
GorillaPhysics Sir Walter Lewin Best "he's been doing it for years" 😉
bless !! back in the day i was there in the 80's wow ..it bring back good memories !!Best wishes Rod...
This is really fascinating stuff!
Grab my new book to help you get ready for studying A Level Physics and to prepare for the exams:
amzn.to/3c6H9O0 Paperback or Kindle: amzn.to/2Tf57Ot
You can read ”Prepare for the Challenge of A Level Physics” for free with a free trial of Kindle Unlimited: www.amazon.co.uk/kindle-dbs/hz/signup?tag=gorillaphys06-21
You have sick handwriting
If we figured out that the particle colliding creates pos and negative pions and proton , wouldn’t the trace of the particle before the Collision be visible, as we figured out it has a charge ?
@@DylanDominique-e5m the stationary particle it collided with had a positive charge. (It's not as clear as it could be.) 🙂
So, in a diagram drawn to scale where the particle tracks of a pion and a proton in a detector are given (they've moved from left to right), how do I take measurements from the diagram to find the momentum of the pion?
You certainly could. I guess combining the equations of circular motion. I wouldn't say a more common question would just be a qualitative answer, e.g. larger r for larger p. 👍
how can we know that the particle is positively charged?
The direction it curves in a magnetic field, Fleming's left hand rule. 🙂👍🦍
@@KitBetts-Masters how did Anderson conclude it's on the left
@@KitBetts-Masters does it have to be, since of centripetal force it's curve is on left after collision?