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If 
2xy-2y=-3x^(3) then find 
(dy)/(dx) in terms of 
x and 
y.
Answer: 
(dy)/(dx)=

If 2xy2y=3x3 2 x y-2 y=-3 x^{3} then find dydx \frac{d y}{d x} in terms of x x and y y .\newlineAnswer: dydx= \frac{d y}{d x}=

Full solution

Q. If 2xy2y=3x3 2 x y-2 y=-3 x^{3} then find dydx \frac{d y}{d x} in terms of x x and y y .\newlineAnswer: dydx= \frac{d y}{d x}=
  1. Given Equation: We are given the equation 2xy2y=3x32xy - 2y = -3x^3, and we need to find the derivative of yy with respect to xx, which is denoted as dydx\frac{dy}{dx}. To do this, we will use implicit differentiation, which involves taking the derivative of both sides of the equation with respect to xx, treating yy as a function of xx.
  2. Implicit Differentiation: First, we differentiate the left side of the equation with respect to xx. The left side is 2xy2y2xy - 2y. We apply the product rule to the term 2xy2xy, which states that the derivative of a product uvuv is uv+uvu'v + uv'. Here, u=xu = x and v=yv = y, so we get 2(y+xy)2(y + xy'). We also differentiate 2y-2y with respect to xx, which gives us 2xy2y2xy - 2y00 because 2xy2y2xy - 2y11 is a function of xx.
  3. Differentiate Left Side: Now, we differentiate the right side of the equation, which is 3x3-3x^3. The derivative of 3x3-3x^3 with respect to xx is 9x2-9x^2.
  4. Differentiate Right Side: We now have the equation from the derivatives of both sides: 2(y+xy)2y=9x22(y + xy') - 2y' = -9x^2. We need to solve this equation for yy' to find (dy/dx)(dy/dx).
  5. Solve for yy': Let's simplify the equation and collect all terms involving yy' on one side. We distribute the 22 on the left side to get 2y+2xy2y=9x22y + 2xy' - 2y' = -9x^2. Then we combine like terms to get 2y+(2x2)y=9x22y + (2x - 2)y' = -9x^2.
  6. Isolate yy': Next, we isolate the term involving yy' by subtracting 2y2y from both sides: (2x2)y=9x22y(2x - 2)y' = -9x^2 - 2y.
  7. Final Solution: Now, we solve for yy' by dividing both sides by (2x2)(2x - 2): y=9x22y2x2y' = \frac{-9x^2 - 2y}{2x - 2}.

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