Differentiate the function y = tan(5x-4)Question 10Select one:5 sec^2 (5x-4)2x+13y20(4𝑥-3)415(3x+2)
Question
Differentiate the function y = tan(5x-4)Question 10Select one:5 sec^2 (5x-4)2x+13y20(4𝑥-3)415(3x+2)
Solution
Para diferenciar la función , seguimos estos pasos:
-
Identificar la función externa e interna:
- La función externa es , donde .
-
Diferenciar la función externa:
- La derivada de con respecto a es .
-
Diferenciar la función interna:
- La derivada de con respecto a es 5.
-
Aplicar la regla de la cadena:
- La regla de la cadena nos dice que la derivada de con respecto a es el producto de la derivada de la función externa con respecto a y la derivada de la función interna con respecto a .
Entonces, la derivada de es:
Simplificando, obtenemos:
Por lo tanto, la respuesta correcta es:
Similar Questions
Differentiate the function y = tan(5x-4)
Evaluate the derivative of the function y= 5 sinx + 2 cosx
To obtain the derivative of y = (2x4 + 1)tan xWe utilize the following steps. Arrange the order to obtain the solution.
To find the derivative of \( 5 \tan(\ln x) \), we will use the chain rule. Let \( u = \ln x \). Then, the function becomes \( 5 \tan(u) \). First, find the derivative of \( 5 \tan(u) \) with respect to \( u \): \[ \frac{d}{du} [5 \tan(u)] = 5 \sec^2(u) \] Next, find the derivative of \( u = \ln x \) with respect to \( x \): \[ \frac{du}{dx} = \frac{1}{x} \] Now, apply the chain rule: \[ \frac{d}{dx} [5 \tan(\ln x)] = 5 \sec^2(\ln x) \cdot \frac{1}{x} \] So, the derivative is: \[ \frac{5 \sec^2(\ln x)}{x} \] Therefore, the correct answer is: \[ \boxed{C} \]
Use implicit differentiation to find 𝒅𝒚𝒅𝒙 if a) 5y2+siny= lnx2 b) 5y3-tany=ln2x-2x2
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