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madrac brzina pasulj bindningsenergi järn 56 med massan 55.9349 prag Zlatna oduzeti

bindningsenergi per nukleon (Fysik/Fysik 1) – Pluggakuten
bindningsenergi per nukleon (Fysik/Fysik 1) – Pluggakuten

kemi, bindningar & krafter Flashcards | Quizlet
kemi, bindningar & krafter Flashcards | Quizlet

LEKTION 26
LEKTION 26

Given ({:(56),(26):}Fe)= 55. 934939u and m ({:(209),(83):}Bi)= 208.  980388u8 m ("proton") =1.007825u, m ("nutron")=1.008665u Then, BE per  nucleon of Fe and Bi are respectively
Given ({:(56),(26):}Fe)= 55. 934939u and m ({:(209),(83):}Bi)= 208. 980388u8 m ("proton") =1.007825u, m ("nutron")=1.008665u Then, BE per nucleon of Fe and Bi are respectively

Bindningsenergi och massa per nukleon
Bindningsenergi och massa per nukleon

Given ({:(56),(26):}Fe)= 55. 934939u and m ({:(209),(83):}Bi)= 208.  980388u8 m ("proton") =1.007825u, m ("nutron")=1.008665u Then, BE per  nucleon of Fe and Bi are respectively
Given ({:(56),(26):}Fe)= 55. 934939u and m ({:(209),(83):}Bi)= 208. 980388u8 m ("proton") =1.007825u, m ("nutron")=1.008665u Then, BE per nucleon of Fe and Bi are respectively

Find BE per nucleon of ^56Fe where m(^56Fe) = 55.936u mn = 1.00727u, mp =  1.007274 u .
Find BE per nucleon of ^56Fe where m(^56Fe) = 55.936u mn = 1.00727u, mp = 1.007274 u .

Find BE per nucleon of ^56Fe where m(^56Fe) = 55.936u mn = 1.00727u, mp =  1.007274 u .
Find BE per nucleon of ^56Fe where m(^56Fe) = 55.936u mn = 1.00727u, mp = 1.007274 u .