55-66. Combining rules Use the Chain Rule combined with other differentiation rules to find the derivative of the following functions. 55. y=(x+1x)5 56. y=(x+1ex)8 57. y=ex2+1sinx3 58. y=tan(xex) 59. y=θ2sec5θ 60. y=(4x+23x)5 61. y=((x+2)(x2+1))4 62. y=e2x(2x−7)5 63. y=x4+cos2x 64. y=t+1tet 65. y=(p+π)2sinp2 66. y=(z+4)3tanz

It is known that, The quotient rule is the consequence of a chain rule and the product rule.

Resuelto 55-66. Combining rules Use the Chain Rule combined

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Pregunta: 55-66. Combining rules Use the Chain Rule combined with other differentiation rules to find the derivative of the following functions. 55. y=(x+1x)5 56. y=(x+1ex)8 57. y=ex2+1sinx3 58. y=tan(xex) 59. y=θ2sec5θ 60. y=(4x+23x)5 61. y=((x+2)(x2+1))4 62. y=e2x(2x−7)5 63. y=x4+cos2x 64. y=t+1tet 65. y=(p+π)2sinp2 66. y=(z+4)3tanz
will you please do 64

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It is known that, "The quotient rule is the consequence of a chain rule and the product rule".
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55-66. Combining rules Use the Chain Rule combined with other differentiation rules to find the derivative of the following functions. 55.

y = (\frac{x}{x + 1})^{5}

56.

y = (\frac{e ^{x}}{x + 1})^{8}

57.

y = e^{x^{2} + 1} sin x^{3}

58.

y = tan (x e^{x})

59.

y = θ^{2} sec 5 θ

60.

y = (\frac{3 x}{4 x + 2})^{5}

61.

y = ((x + 2) (x^{2} + 1))^{4}

62.

y = e^{2 x} (2 x - 7)^{5}

63.

y = x^{4} + cos 2 x

64.

y = \frac{t e ^{t}}{t + 1}

65.

y = (p + π)^{2} sin p^{2}

66.

y = (z + 4)^{3} tan z