What is simplify-a(ae^{iWT}+Le^{iOT}+c)^3 ?

The solution to simplify-a(ae^{iWT}+Le^{iOT}+c)^3 is -a(a(cos(WT)+isin(WT))+L(cos(TO)+isin(TO))+c)^3

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simplify-a(ae^{iWT}+Le^{iOT}+c)^3

simplify

- a (a e^{iW T} + L e^{i OT} + c)^{3}

- a (a (cos (W T) + i sin (W T)) + L (cos (TO) + i sin (TO)) + c)^{3}

Solution steps

- a (a e^{iW T} + L e^{i OT} + c)^{3}

(a e^{iW T} + L e^{i OT} + c)^{3} = (a (cos (W T) + i sin (W T)) + L (cos (TO) + i sin (TO)) + c)^{3}

= - a (a (cos (W T) + i sin (W T)) + L (cos (TO) + i sin (TO)) + c)^{3}

A (e^{2 x} + 2 e^{2 x} x) + B e^{2 x} \cdot 2

(- 1 + 3 i)^{8}

\frac{x ^{x}}{( x ^{3} + 1 ) ^{2}}

(3 arctan (x^{2}) + 5 sin (x^{2})) d x

\frac{( x + 3 ) ( x ^{2} - 5 x + 6 )}{x ^{2} - x - 56}

What is simplify-a(ae^{iWT}+Le^{iOT}+c)^3 ?
The solution to simplify-a(ae^{iWT}+Le^{iOT}+c)^3 is -a(a(cos(WT)+isin(WT))+L(cos(TO)+isin(TO))+c)^3