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If in a positive integer such that If a number `a=p+f` whre p is an integer and `0ltflt1`. Here p is called the integral part of a and f its fractional part. Let `neplilon N and (sqrt93)+1)^(2n)=p+f`, where p is the integral part and `0ltflt1`. On the basis of bove informationi answer teh following question: The integral part p of `(sqrt(3)+1)^(2n)` is (A) an even number for al `n epsilon N` (B) an odd number for all `nepsilon N` (C) anodd or even number according as n is odd or even (D) an even or odd nuber according as n is odd or even

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If in a positive integer such that If a number a=p+f whre p is an integer and 0ltflt1 . Here p is called the integral part of a and f its fractional part. Let n in N and (sqrt(3)+1)^(2n)=p+f , where p is the integral part and 0ltflt1 . On the basis of bove informationi answer teh following question: The integral part p of (sqrt(3)+1)^(2n) is (A) an even number for al n epsilon N (B) an odd number for all nepsilon N (C) anodd or even number according as n is odd or even (D) an even or odd nuber according as n is odd or even

If in a positive integer such that If a number a=p+f whre p is an integer and 0ltflt1 . Here p is called the integral part of a and f its fractional part. Let n in N and (sqrt(3)+1)^(2n)=p+f , where p is the integral part and 0ltflt1 . On the basis of bove informationi answer teh following question: f^2+(p-1)f+4^n= (A) p (B) -p (C) 2p (D) -2p

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