Sorry, just not enough hours in the day! ua-cam.com/video/A4WL48koxpM/v-deo.html DrPhysicsA is perhaps the best, even if he's a little low-fi! He's been doing it for years!
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. 👍
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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!
ua-cam.com/video/A4WL48koxpM/v-deo.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...
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?
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