We can we take 3 or 4 out but taking 3 it diverges
we get 3 \sqrt[n]{1^n+(\frac{4}{3})^n} and reach no where
taking 4 we get
4 \sqrt[n]{1^n+(\frac{3}{4})^n}
now 1 < 1+(\frac{3}{4})^n < 2
so \sqrt[n]{1} < \sqrt[n]{1+(\frac{3}{4})^n} < \sqrt[n]{2} and as \sqrt[n]{2} as n goes to infinite goes to 1
so result = 4 * 1 or 4.
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