astrogenius99
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Further mathematics: Find the derivative of the function x^2 y + (xy)^3 +3x=0 at (-1 , 3)​

Sagot :

Answer:

3.

Step-by-step explanation:

Implicit differentiation:

x^2 y + (xy)^3 + 3x = 0

x^2 y + x^3y^3 + 3x = 0

Using the product rule:

2x* y + x^2*dy/dx + 3x^2 y^3 + x^3* (d(y^3)/dx) + 3 = 0

2xy + x^2 dy/dx + 3x^2 y^3 + x^3* 3y^2 dy/dx + 3 = 0

dy/dx(x^2 + 3y^2x^3) =  (-2xy - 3x^2y^3 - 3)

dy/dx=  (-2xy - 3x^2y^3 - 3) / (x^2 + 3y^2x^3)

At the point (-1, 3).

the derivative =  (6 - 81 - 3)/(1 -27)

= -78/-26

=  3.

Abu99

Step-by-step explanation:

x²y + (xy)³ + 3x = 0

x²y + x³y³ + 3x = 0

Using implicit differentiation and product rule:

2xy + x²(dy/dx) + 3x²y³ + 3y²x³(dy/dx) + 3 = 0

x²(dy/dx) + 3x³y²(dy/dx) = -3x²y³ - 2xy - 3

dy/dx(x²(3xy² + 1)) = -3x²y³ - 2xy - 3

dy/dx = (-3x²y³ - 2xy - 3)/(x²(3xy² + 1))

[tex]{ (\frac{dy}{dx})}^{ - 1} _{3} = \frac{( - 3{( - 1)}^{2} ({3})^{3} - 2( - 1)(3) - 3) }{({( - 1)}^{2}(3( - 1){(3)}^{2} + 1)} \\ \\ { (\frac{dy}{dx})}^{ - 1} _{3} = \frac{( -81 + 6 - 3)}{( - 27 + 1)} \: \\ \\ { (\frac{dy}{dx})}^{ - 1} _{3} = \frac{ - 78}{ - 26} \\ \\ { (\frac{dy}{dx})}^{ - 1} _{3} = 3[/tex]

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