An algebra problem by حسن العطية

Algebra Level 4

If x x x . . . = n { x }^{ { x }^{ { x }^{ { . }^{ { . }^{ . } } } } }=n

and n > 1 n>1 is an odd integer,

then find x x .

x = n { x }=n there is no such x x x = n { x }=\sqrt [ \infty ]{ n } x = n n { x }=\sqrt [ n ]{ n }

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1 solution

x x x . . . = n { x }^{ { x }^{ { x }^{ { . }^{ { . }^{ . } } } } }=n

x n = n { x }^{ n }=n

x = n n \boxed{{ x }=\sqrt [ n ]{ n }}

Wrong! Except in the trivial case n = 1 n=1 , there is no solution. See the discussion here

Otto Bretscher - 5 years, 1 month ago

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you are right thank you for tell me

حسن العطية - 5 years, 1 month ago

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Shall I change it to "no solution"?

Otto Bretscher - 5 years, 1 month ago

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@Otto Bretscher yes please

حسن العطية - 5 years, 1 month ago

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@حسن العطية Ok I changed it

Otto Bretscher - 5 years, 1 month ago

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