6.Permutation and Combination
normal

If $^{2017}C_0 + ^{2017}C_1 + ^{2017}C_2+......+ ^{2017}C_{1008} = \lambda ^2 (\lambda   > 0),$ then remainder when $\lambda $ is divided by $33$ is-

A

$8$

B

$13$

C

$17$

D

$25$

Solution

${\,^{2017}}{C_0} + {\,^{2017}}{C_1} + ……{\,^{2017}}{C_{1008}} = {2^{2016}} = {\lambda ^2}$

$\lambda  = {2^{1008}}\,\,\,\,\, \Rightarrow \,\,\,{8.32^{201}} = 8{\left( {33 – 1} \right)^{201}} =  – 8 = 25$

Standard 11
Mathematics

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