faktorisieren sin^{23}(x)+cos^{23}(x)

Lösung

faktorisieren

sin^{23} (x) + cos^{23} (x)

(sin (x) + cos (x)) (sin^{22} (x) - sin^{21} (x) cos (x) + sin^{20} (x) cos^{2} (x) - sin^{19} (x) cos^{3} (x) + sin^{18} (x) cos^{4} (x) - sin^{17} (x) cos^{5} (x) + sin^{16} (x) cos^{6} (x) - sin^{15} (x) cos^{7} (x) + sin^{14} (x) cos^{8} (x) - sin^{13} (x) cos^{9} (x) + sin^{12} (x) cos^{10} (x) - sin^{11} (x) cos^{11} (x) + cos^{12} (x) sin^{10} (x) - cos^{13} (x) sin^{9} (x) + cos^{14} (x) sin^{8} (x) - cos^{15} (x) sin^{7} (x) + cos^{16} (x) sin^{6} (x) - cos^{17} (x) sin^{5} (x) + cos^{18} (x) sin^{4} (x) - cos^{19} (x) sin^{3} (x) + cos^{20} (x) sin^{2} (x) - cos^{21} (x) sin (x) + cos^{22} (x))

Schritte zur Lösung

sin^{23} (x) + cos^{23} (x)

Wende Regel zum Faktorisieren an:

x^{n} + y^{n} = (x + y) (x^{n - 1} - x^{n - 2} y + \dots - x y^{n - 2} + y^{n - 1})

n is odd

sin^{23} (x) + cos^{23} (x) = (sin (x) + cos (x)) (sin^{22} (x) - sin^{21} (x) cos (x) + sin^{20} (x) cos^{2} (x) - sin^{19} (x) cos^{3} (x) + sin^{18} (x) cos^{4} (x) - sin^{17} (x) cos^{5} (x) + sin^{16} (x) cos^{6} (x) - sin^{15} (x) cos^{7} (x) + sin^{14} (x) cos^{8} (x) - sin^{13} (x) cos^{9} (x) + sin^{12} (x) cos^{10} (x) - sin^{11} (x) cos^{11} (x) + sin^{10} (x) cos^{12} (x) - sin^{9} (x) cos^{13} (x) + sin^{8} (x) cos^{14} (x) - sin^{7} (x) cos^{15} (x) + sin^{6} (x) cos^{16} (x) - sin^{5} (x) cos^{17} (x) + sin^{4} (x) cos^{18} (x) - sin^{3} (x) cos^{19} (x) + sin^{2} (x) cos^{20} (x) - sin (x) cos^{21} (x) + cos^{22} (x))

= (sin (x) + cos (x)) (sin^{22} (x) - sin^{21} (x) cos (x) + sin^{20} (x) cos^{2} (x) - sin^{19} (x) cos^{3} (x) + sin^{18} (x) cos^{4} (x) - sin^{17} (x) cos^{5} (x) + sin^{16} (x) cos^{6} (x) - sin^{15} (x) cos^{7} (x) + sin^{14} (x) cos^{8} (x) - sin^{13} (x) cos^{9} (x) + sin^{12} (x) cos^{10} (x) - sin^{11} (x) cos^{11} (x) + sin^{10} (x) cos^{12} (x) - sin^{9} (x) cos^{13} (x) + sin^{8} (x) cos^{14} (x) - sin^{7} (x) cos^{15} (x) + sin^{6} (x) cos^{16} (x) - sin^{5} (x) cos^{17} (x) + sin^{4} (x) cos^{18} (x) - sin^{3} (x) cos^{19} (x) + sin^{2} (x) cos^{20} (x) - sin (x) cos^{21} (x) + cos^{22} (x))

f a c t or x^{3} y - π x^{2} y^{3}

f a c t or e^{a x} + e^{- a x}

f a c t or (2 + 3)^{2}

f a c t or - 20 e t y + 28 t y

f a c t or 2 \cdot \frac{1}{2}