erweitern 4(3s^2(2s^2+25s+(5/s))+22s^2)+10

Lösung

erweitern

4 (3 s^{2} (2 s^{2} + 25 s + (\frac{5}{s})) + 22 s^{2}) + 10

24 s^{4} + 300 s^{3} + 60 s + 88 s^{2} + 10

Schritte zur Lösung

4 (3 s^{2} (2 s^{2} + 25 s + (\frac{5}{s})) + 22 s^{2}) + 10

Vereinfache

3 s^{2} (2 s^{2} + 25 s + (\frac{5}{s})) + 22 s^{2} : 3 s^{2} (2 s^{2} + 25 s + \frac{5}{s}) + 22 s^{2}

= 4 (3 s^{2} (2 s^{2} + 25 s + \frac{5}{s}) + 22 s^{2}) + 10

Schreibe

4 (3 s^{2} (2 s^{2} + 25 s + \frac{5}{s}) + 22 s^{2})

um:

24 s^{4} + 300 s^{3} + 60 s + 88 s^{2}

= 24 s^{4} + 300 s^{3} + 60 s + 88 s^{2} + 10

e x p an d \frac{( 4 s ( s + 4 ) )}{2 s ^{2} + 12 s + 1}

e x p an d - 1008 (s + s^{'})^{7}

e x p an d (- \frac{2}{3} x + 2)^{2}

e x p an d \frac{ba c}{r ( a ^{2} + c ^{2} - b ^{2} )}

e x p an d \frac{1}{( π ^{2} h ^{2} - p ^{2} L ^{2} ) ^{2}}