here using Gauche implementation of Scheme (Lisp)752833040406622145278927545812514720285505733774659741495247769070536474872762186309159914033931759188077215423520520619318283889372444128681783581571013551868238156797463367602331228036649305971669358765813829360486619224951775038149982711801260166157410
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gosh> (expt 2 10)
1024
gosh> (expt 95 400) 1228689411151797377107717634224064803017575401398594588081091244670709854466364326011242261981383723848271368357476398249572178725662842705849705738067097192763877207173384919377689401253418588182329215464703671057451590509007387328576411779739341993599
gosh> (expt 9.5 300) --> 2.075303347768084e293
gosh> (expt 9.5 400) --> +inf.0
SO... With ( 9.5 ^ 400) i can get the exact value, but
what i want to do is to get an approx. value of
( A ^ 400 ) where
A is 9.47213595499958
or
A is (+ 5 (* 2 (sqrt 5)))
is there a way to do this?
is there a way to do this?
(expt (+ 5l0 (* 2l0 (sqrt 5l0))) 400)
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