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Chain Rule, Implicit, Logs and Exponential Derivatives

Total questions: 10

Worksheet time: 19mins

Name
Class
Date
1.

Differentiate

 y=3(x2−1)y=3^{\left(x^2-1\right)}  

a)

 x2(ln⁡3)(3x2−1)x^2\left(\ln3\right)\left(3^{x^2-1}\right)  

b)

 (ln⁡3)(3x2−1)\left(\ln3\right)\left(3^{x^2-1}\right)  

c)

 (2x)(3x2−1)\left(2x\right)\left(3^{x^2-1}\right)  

d)

 2x(ln⁡3)(3x2−1)2x\left(\ln3\right)\left(3^{x^2-1}\right)  

2.

Find  dydx\frac{\text{d}y}{\text{d}x}   if  y=e^{\sin\sqrt{x}}  

a)

 (cos⁡x)esin⁡x\left(\cos\sqrt{x}\right)e^{\sin\sqrt{x}}  

b)

 ecos⁡x2x\frac{e^{\cos\sqrt{x}}}{2\sqrt{x}}  

c)

 cos⁡x2x(esin⁡x)\frac{\cos\sqrt{x}}{2\sqrt{x}}\left(e^{\sin\sqrt{x}}\right)  

d)

 (sin⁡x)e(sin⁡x−1)\left(\sin\sqrt{x}\right)e^{\left(\sin\sqrt{x}-1\right)}  

3.

 f(x)=5+e2xf\left(x\right)=\sqrt{5+e^{2x}}  


Find f'(x) for

a)

 122e2x\frac{1}{2\sqrt{2e^{2x}}}  

b)

 e2x5+e2x\frac{e^{2x}}{\sqrt{5+e^{2x}}}  

c)

 5+e2x5+e2x\frac{5+e^{2x}}{\sqrt{5+e^{2x}}}  

d)

 xe(2x−1)5+e2x\frac{xe^{\left(2x-1\right)}}{\sqrt{5+e^{2x}}}  

4.

If y=tan⁡−1(cos⁡ x)y=\tan^{-1}\left(\cos\ x\right)  , then  dydx\frac{\text{d}y}{\text{d}x}  =

a)

 (sec⁡−1(cos⁡ x))2\left(\sec^{-1}\left(\cos\ x\right)\right)^2  

b)

 1(cos⁡−1x)2+1\frac{1}{\left(\cos^{-1}x\right)^2+1}  

c)

 −(sec⁡−1(cos⁡x))2sin⁡x-\left(\sec^{-1}\left(\cos x\right)\right)^2\sin x  

d)

 −sin⁡x1+cos⁡2x\frac{-\sin x}{1+\cos^2x}  

5.

Let f(x)=x4+3x−2f\left(x\right)=x^4+3x-2  , and let g(x) denote the inverse of f.  Then g'(2) is equal to:


a)

1/7

b)

1/35

c)

7

d)

35

6.

 g(x)=sin⁡3(4x)g\left(x\right)=\sin^3\left(4x\right)  

Find g'(x) if

a)

 cos⁡3(4x)\cos^3\left(4x\right)  

b)

 3sin⁡2(4x)cos⁡(4x)3\sin^2\left(4x\right)\cos\left(4x\right)  

c)

 12sin⁡2(4x)cos⁡(4x)12\sin^2\left(4x\right)\cos\left(4x\right)  

d)

 4cos⁡3(4x)4\cos^3\left(4x\right)  

7.

For what values of x does y2−2x3−12x2=0y^2-2x^3-12x^2=0  have horizontal tangent lines?


a)

x = 0 only

b)

x = 0 and x = - 4

c)

x = - 4 only

d)

x = - 4, x = 0, and x = 4

8.

If f(x)=(x+1)(x2−2)3f\left(x\right)=\left(x+1\right)\left(x^2-2\right)^3  then f'(x)=


a)

 6x(x2−2)26x\left(x^2-2\right)^2  

b)

 6x(x+1)(x2−2)26x\left(x+1\right)\left(x^2-2\right)^2  

c)

 3(x+1)(x2−2)23\left(x+1\right)\left(x^2-2\right)^2  

d)

 (x2−2)2(7x2+6x−2)\left(x^2-2\right)^2\left(7x^2+6x-2\right)  

9.

Find the second derivative give g(x)=sin⁡ x2g\left(x\right)=\sin\ x^2  


a)

 2(cos⁡ x2−xsin⁡x2)2\left(\cos\ x^2-x\sin x^2\right)  

b)

 2(cos⁡x2−2x2sin⁡x2)2\left(\cos x^2-2x^2\sin x^2\right)  

c)

 2xcos⁡x22x\cos x^2  

d)

 −4xsin⁡x2-4x\sin x^2  

10.

If h(x)=ln⁡(2−3x)5h\left(x\right)=\ln\left(2-3x\right)^5  , find h'(0)

a)

5/2

b)

-2/3

c)

-5/3

d)

-15/2