erweitern (7.3s(1+467.4s))/(s(1+467.4s)+0.342)

Lösung

erweitern

\frac{7.3 s ( 1 + 467.4 s )}{s ( 1 + 467.4 s ) + 0.342}

\frac{7.3 s + 3412.02 s ^{2}}{s + 467.4 s ^{2} + 0.342}

Schritte zur Lösung

\frac{7.3 s ( 1 + 467.4 s )}{s ( 1 + 467.4 s ) + 0.342}

Multipliziere aus

s (1 + 467.4 s) + 0.342 : s + 467.4 s^{2} + 0.342

= \frac{7.3 s ( 467.4 s + 1 )}{s + 467.4 s ^{2} + 0.342}

Multipliziere aus

7.3 s (1 + 467.4 s) : 7.3 s + 3412.02 s^{2}

= \frac{7.3 s + 3412.02 s ^{2}}{s + 467.4 s ^{2} + 0.342}

e x p an d (4 cos (x) + 3 sin (x))^{2}

e x p an d ln (x^{3} y^{2})

e x p an d (e^{s} - 1 - e^{- s}) \cdot (e^{2 s} - e^{s} - 1)

s im pl i f y (sin (a) - 1) (sin (a) + 1)

e x p an d a (2, - 1, 1) + b (1, - 6, 2)