What is expand (1/(y^2),-(2x)/(y^3))*(1,0) ?

The solution to expand (1/(y^2),-(2x)/(y^3))*(1,0) is (1*0,) 1/(y^2),-(1*0,)(2x)/(y^3)

Popular >

expand (1/(y^2),-(2x)/(y^3))*(1,0)

expand

(\frac{1}{y ^{2}}, - \frac{2 x}{y ^{3}}) \cdot (1, 0)

(1 \cdot 0,) \frac{1}{y ^{2}}, - (1 \cdot 0,) \frac{2 x}{y ^{3}}

Solution steps

(\frac{1}{y ^{2}}, - \frac{2 x}{y ^{3}}) (1, 0)

= (1 \cdot 0,) (, \frac{1}{y ^{2}} - \frac{2 x}{y ^{3}})

Apply the distributive law:

a (b - c) = ab - a c

a = (1, 0), b = \frac{1}{y ^{2}},, c = \frac{2 x}{y ^{3}}

= (1, 0) \frac{1}{y ^{2}}, - (1, 0) \frac{2 x}{y ^{3}}

= (1 \cdot 0,) \frac{1}{y ^{2}}, - (1 \cdot 0,) \frac{2 x}{y ^{3}}

\frac{d}{d v} ((p) (p + \frac{5.2}{v ^{2}}) (v - 8.1))

x^{2} (\frac{x ^{3} ln ( x )}{3} - \frac{x ^{3}}{9})

(x - 4) (a + 3 x + 1) (x + 1)

(2 x - 3) e^{x^{4}} + e^{x^{4}} \cdot 4 x^{3} (x^{2} - 3 x)

\frac{1}{( 2 x - 1 ) ^{5}}

What is expand (1/(y^2),-(2x)/(y^3))*(1,0) ?
The solution to expand (1/(y^2),-(2x)/(y^3))*(1,0) is (1*0,) 1/(y^2),-(1*0,)(2x)/(y^3)