Help me PLZZZZZZZ..........OMG X(
@Michele_Laino
I think that in case A, we have the process of nuclear fusion whereas, in case B we have the inverse process, namely the nuclear fission
yes that was the very first question that i did on my own.....LOL
so i didn't bother to post it here on OS.
generally, the nuclear fission involves heavy nuclei, namely uranium. Whereas nuclear fusion involves light nuclei, namely nuclei of hydrogen or helium
I think you have posted your question in the right section
so that lighter elements have a smaller nucleus and therefore when they go through fusion reaction, they make up a bigger element. and same with the fission
correct! nucleus of uranium is bigger than nucleus of hydrogen or helium
when a bigger and heavier element undergoes a nuclear fission, it divides into smaller element or smaller nucleau......LOL
yes!
and what about the first question, what improvement can i make to the diagram?!?!?!?!?
maybe add a nuclei .....
I think that you have to specify type of nuclear process
what do you mean?!?!?!?
for example we have a nuclear fusion at left, and a nuclear fission at the right of the picture, so you have to add such labels at the right place into the picture
i thought i had to add a nuclei to the diagram of both reactions....
for example.....the product of fusion will produce a certain numbers of nclei and while in the fussion process.... the reactant would be nuclei
you can specify the names of all involved nuclei, using some example from nuclear physics
i'm not studying that kind ahigh level of physics....LOL
Ok thank you sooooooooooooooooooooooooooooooooooooooooooooooooooooooooo much and i love you as always master....!!!!
please wait, I give you some examples from my textbook
ok :)
or i can just label them......
i mean write down the names of the elements....or something.
nuclear fission: we start from uranium 235, and the products are Barium 192 and Kripton 92: |dw:1447704303424:dw|
yes thats whhat i thought......but i think you should have added a nuclei too....
with the symbol \(U(235,92)\), I mean uranium with atomic number= 92 and mass number = 235
|dw:1447704539331:dw|
yes i get that....
yes! Of course, we have to add some neutrons similarly for \(Ba(142,56)\), and \(Kr(92,36)\)
yes.....!!!! ok Thanks Aloooooooooooooooooooooooooooooooooooooooooooooottttttt!!!! :")
more precisely other neutrons are coming from the first collision: |dw:1447704578534:dw|
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