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The reaction $\pi^{+}+p \rightarrow \Delta^{++}$ (described in the preceding problem) takes place via the strong force. (a) What is the baryon number of the $\Delta^{++}$ particle? (b) Draw a Feynman diagram of the reaction showing the individual quarks involved.

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Physics 103

Chapter 33

Particle Physics

University of Michigan - Ann Arbor

Simon Fraser University

University of Sheffield

University of Winnipeg

Lectures

02:51

In physics, wave optics is…

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Interference is a phenomen…

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(II) Draw a possible Feynm…

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(II) Draw a Feynman diagra…

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The $\Delta^{++}$ particle…

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(1I) Draw a Feynman diagra…

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who is the buyer? Number off the passports and then draw final diagram for the process. Off buy and busts going scattering if a pro TEM and then going toe doubt prospers So we know that the parts constituting tee off the plus is you. You you. So then, by a number is just a some off the paint by the numbers. So this is our 3rd 1/3 of what it is 1/3 plus 1/3 that's 1/3. And then there's this one and for part of you want to draw the family program off this process. So we have you, you the We have the pro TEM here Ryota and the bar you defy plus 80 bar. So and then here we have the you go to you and then these guys on the any late and this goes for you and then we have here they want a plus plus and normally in this annihilation this would generate some particle. But this will be reabsorbed. So this is the general final in their room. But then, if we're looking for a specific process, their school generate a room or some particle here and then this being absorbed or going to the other direction and is only is not in the final state. So it's just a virtual process. And then this true particles under here late. So we have the final state off you, you and you.

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