What is expand (3V_{2}x)left(-118.33x-10x^2) ?

The solution to expand (3V_{2}x)left(-118.33x-10x^2) is -964.96286…lV_{2}x^2ft-81.54845…lV_{2}x^3ft

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expand (3V_{2}x)left(-118.33x-10x^2)

expand

(3 V_{2} x) l e f t (- 118.33 x - 10 x^{2})

- 964.96286 \dots l V_{2} x^{2} f t - 81.54845 \dots l V_{2} x^{3} f t

Solution steps

(3 V_{2} x) l e f t (- 118.33 x - 10 x^{2})

= e l f t (3 V_{2} x) (- 118.33 x - 10 x^{2})

Apply the distributive law:

a (b - c) = ab - a c

a = (3 V_{2} x) l e f t, b = - 118.33 x, c = 10 x^{2}

= (3 V_{2} x) l e f t (- 118.33 x) - (3 V_{2} x) l e f t \cdot 10 x^{2}

Apply minus-plus rules

+ (- a) = - a

= - 118.33 e l x f t (3 V_{2} x) - 10 e l x^{2} f t (3 V_{2} x)

Simplify

- 118.33 e l x f t (3 V_{2} x) - 10 e l x^{2} f t (3 V_{2} x) : - 964.96286 \dots l V_{2} x^{2} f t - 81.54845 \dots l V_{2} x^{3} f t

= - 964.96286 \dots l V_{2} x^{2} f t - 81.54845 \dots l V_{2} x^{3} f t

\frac{( s + 3 ) ( s + 6 )}{( s + 9 ) ^{2}}

(sin (x) + sin (y))^{2}

x^{\frac{3}{2}} (x^{2} - 10 x + 17)

- \frac{12}{s ( s + 2 ) ( s + 3 )}

a (- 3, 5) b (- 3, - 7)

What is expand (3V_{2}x)left(-118.33x-10x^2) ?
The solution to expand (3V_{2}x)left(-118.33x-10x^2) is -964.96286…lV_{2}x^2ft-81.54845…lV_{2}x^3ft