If 6th term in the expansion of (23+3x)n is numerically greatest, when x=3, then the sum of possible integral values of ′n′ is

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If {6}^{{{t}{h}}} term in the expansion of {({{{3}}}{{{2}}}+{{

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If $6^{t h}$ term in the expansion of $(\frac{3}{2} + \frac{x}{3})^{n}$ is numerically greatest, when $x = 3$ , then the sum of possible integral values of $^{'} n^{'}$ is

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Amelia Discussed

6^{t h}

term in the expansion of

(\frac{3}{2} + \frac{x}{3})^{n}

is numerically greatest, when

x = 3

, then the sum of possible integral values of

^{'} n^{'}

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Question Text

6^{t h}

term in the expansion of

(\frac{3}{2} + \frac{x}{3})^{n}

is numerically greatest, when

x = 3

, then the sum of possible integral values of

^{'} n^{'}