Protons and neutrons in nuclei are bound to the nucleus by exchanging pions ( mesons) with each
Question:
Protons and neutrons in nuclei are bound to the nucleus by exchanging pions (π mesons) with each other. This is possible to do without violating energy conservation provided the pion is re-absorbed within a time consistent with the Heisenberg uncertainty relations. Consider the emission reaction p → p + π where mπ = 135 MeV/c2.
(a) Ignoring kinetic energy, by how much is energy conservation violated in this reaction?
(b) Within what time interval must the pion be re-absorbed in order to avoid violation of energy conservation?
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
a E 135MeV the re...View the full answer
Answered By
Douglas Makokha
Unlock Academic Success with Dedicated Tutoring and Expert Writing Support!
Are you ready to excel in your academics? Look no further! As a passionate tutor, I believe that dedication and hard work are the keys to achieving outstanding results. When it comes to academics, I strive to provide nothing but the best for every student I encounter.
With a relentless thirst for knowledge, I have extensively researched numerous subjects and topics, equipping myself with a treasure trove of answers to tackle any question that comes my way. With four years of invaluable experience, I have mastered the art of unraveling even the most intricate problems. Collaborating with esteemed writers has granted me exclusive access to the trade secrets utilized by the industry's top professionals.
Allow me the pleasure of assisting you with your writing assignments. I thrive on challenges and will guide you through any obstacles you may face. Together, we will unlock your academic potential and pave the way for your success.
62+ Reviews
349+ Question Solved
Related Book For 
Question Posted:
