In a typical nucleosome,if the number of Aden | vedclass

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(A) typical nucleosome contains approximately $146$ base pairs of $DNA$ wrapped around a histone octamer.
According to Chargaff's rule,the amount

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(A) typical nucleosome contains approximately $146$ base pairs of $DNA$ wrapped around a histone octamer.
According to Chargaff's rule,the amount of Adenine $(A)$ equals Thymine $(T)$,and the amount of Guanine $(G)$ equals Cytosine $(C)$.
However,the ratio of $(A+T)$ to $(G+C)$ varies between different organisms and specific $DNA$ sequences.
Knowing the number of Adenine bases $(A=10)$ only allows us to determine the number of Thymine bases $(T=10)$.
It does not provide sufficient information to calculate the number of Guanine bases,as the $G+C$ content is independent of the $A+T$ content in a specific sequence.
Therefore,without additional data regarding the total length or the specific base composition of the $DNA$ segment,the number of Guanine bases cannot be determined.

In a typical nucleosome,if the number of Adenine bases is $10$,then how many Guanine bases are present?

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