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Least positive integer just greater than `(1+0. 00002)^(50000)` is.

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CENGAGE ENGLISH-BINOMIAL THEOREM-All Questions
  1. If the three consecutive coefficients in the expansion of (1+x)^n are...

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  2. Degree of the polynomial [sqrt(x^2+1)+sqrt(x^2-1)]^8+[2/(sqrt(x^2+1)+...

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  3. Least positive integer just greater than (1+0. 00002)^(50000) is.

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  4. If Un=(sqrt(3)+1)^(2n)+(sqrt(3)-1)^(2n) , then prove that U(n+1)=8Un-4...

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  5. Prove that the coefficient of x^(n) in the expansion of (1)/((1-x)(1-2...

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  6. The value of (30,0)(30,10)-(30,1)(30,11)+(30,2)(30,12)-.............+(...

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  7. Prove that ^n C1(^n C2)(^n C3)^3(^n Cn)^nlt=((2^n)/(n+1))^(n+1C()2),AA...

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  8. Prove that 1/(m !)^n C0+n/((m+1)!)^n C1+(n(n-1))/((m+2)!)^n C2++(n(n-1...

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  9. If n=12 m(m in N), prove that ^n C0-(^n C2)/((2+sqrt(3))^2)+(^n C4)/(...

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  10. In the expansion of (1 + x)^(n) (1 + y)^(n) (1 + z)^(n) , the sum of t...

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  11. Prove that ^100 C0^(100)C2+^(100)C2^(100)C4+^(100)C4^(100)C6++^(100)C(...

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  12. Prove that sum(r=1)^(m-1)(2r^2-r(m-2)+1)/((m-r)^m Cr)=m-1/mdot

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  13. Find the coefficients of x^(50) in the expression (1+x)^(1000)+2x(1+x)...

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  14. If b1, b2 bn are the nth roots of unity, then prove that ^n C1dotb1+^n...

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  15. If .^(n+1)C(r+1) :^n Cr :^(n-1)C(r-1)=11 :6:3, then n r=? a. 20 b. 30...

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  16. If the last tem in the binomial expansion of (2^(1/3)-1/(sqrt(2)))^n i...

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  17. Find the last two digits of the number (23)^(14)dot

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  18. The value of x for which the sixth term in the expansion of [2^(log)2s...

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  19. If the 6th term in the expansion of(1/(x^(8/3))+x^2(log)(10)x)^8 is 56...

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  20. The total number of terms which are dependent on the value of x in the...

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