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KCET · Maths · Mathematical Induction

If \( P(n): 2^{n} < n ! \) then the smallest positive integer for which \( P(n) \) is true, is

  1. A \( 03 \)
  2. B \( 05 \)
  3. C \( 02 \)
  4. D \( 04 \)
Verified Solution

Answer & Solution

Correct Answer

(D) \( 04 \)

Step-by-step Solution

Detailed explanation

\(\\) P(\mathrm{n}): 2^{\wedge}\{\mathrm{n}\}\( Since
\)P(1): 2 < 1\( is false.
\)P(2): 2^{2} < 2 !\( is false
\)P(3): 2^{3} < 3 !\( is false
\)P(4): 2^{4} < 4 !\( is true.
\)P(5): 2^{5} < 5 !\( is true.
So, the smallest positive integer is \)4 .$