Consider the case for the boson particle system. From 1 assembly containing thousands of groups, there are the number of states g10 = 3 (states a, b and c), and the number of boson balls n10 = 4 in group 10. Map the possible combinations in the 10th group and prove that the number of combinations is equal to
Consider the case for the boson particle system. From 1 assembly containing thousands of groups, there are the number of states g10 = 3 (states a, b and c), and the number of boson balls n10 = 4 in group 10. Map the possible combinations in the 10th group and prove that the number of combinations is equal to
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Consider the case for the boson particle system. From 1 assembly containing thousands of groups, there are the number of states g10 = 3 (states a, b and c), and the number of boson balls n10 = 4 in group 10. Map the possible combinations in the 10th group and prove that the number of combinations is equal to
Transcribed Image Text:Petunjuk: Gunakan model tabel
No.Keadaan
No.Komb
1.
XXXX
:
:
15.
Transcribed Image Text:(n1o + 810 – 1)! _ (4+3-1)!
6.5.4.3.2.1
CN
=15 susunan
%3D
mo:(80 - 1)!
4!(3 – 1)! 4!2! (4.3.2.1)2.1
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