The number of integers between $100$ and $1000$ such that the sum of their digits is equal to $14$ is:

  • A
    $60$
  • B
    $45$
  • C
    $27$
  • D
    $70$

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If $^{n^2 - n}C_2 = ^{n^2 - n}C_{10}$,then $n = $

The number of four-digit numbers that can be formed using all the digits from $1$ to $9$ (excluding zero) such that every number has exactly $2$ distinct digits is:

The number of ordered triplets of positive integers which are solutions of the equation $x + y + z = 100$ is

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If $x, y$ and $r$ are positive integers,then $^x{C_r} + ^x{C_{r-1}} ^y{C_1} + ^x{C_{r-2}} ^y{C_2} + \dots + ^y{C_r} = $

If $10 \cdot ^nC_2 = 3 \cdot ^{n+1}C_3$,then the value of $n$ is

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