5b966fd4-2663-4162-bf31-ae33bb83b09c 11 4 5 decimal

&[DATE] &[TIME] - &[FILENAME]

a b vect3cos a b * a a * sqrt b b * sqrt * / :

a b vect3sin 1 a b vect3cos 2^- sqrt :

x y Vm x y D - 31 mat :

x y Vφ 0 y D - 31 mat :

x y Vθ x 0 D - 31 mat :

x y f x y Vm x y Vφ † x y Vm x y Vθ † vect3sin :

x y f x 2^D 2^y 2^+ (* sqrt 2^y 2^D 2^x 2^+ (* sqrt 2^* x 4^y 4^* - x 2^D 2^y 2^+ (* sqrt 2^y 2^D 2^x 2^+ (* sqrt 2^* / sqrt

x y f expand maple on line 21, syntax error, control character unexpected:|expand(sqrt(1-((smath_ma

x y g x y f :

x y g x 2^D 2^y 2^+ (* sqrt 2^y 2^D 2^x 2^+ (* sqrt 2^* x 4^y 4^* - x 2^D 2^y 2^+ (* sqrt 2^y 2^D 2^x 2^+ (* sqrt 2^* / sqrt

x y g expand maple on line 21, syntax error, control character unexpected:|expand(sqrt(1-((smath_ma

x y g x 2^D 2^y 2^+ (* sqrt (2^y 2^D 2^x 2^+ (* sqrt (2^* x 4^y 4^* - x 2^D 2^y 2^+ (* sqrt (2^y 2^D 2^x 2^+ (* sqrt (2^* / sqrt :

This is a copy of result of symbolical evaluation of f(x,y) How can I define g(x,y) without copying?

x y g expand maple D 2^D 2^x 2^+ y 2^+ (* D 2^y 2^+ (D 2^x 2^+ (* / sqrt