WorksheetsChain Rule, Implicit, Logs and Exponential Derivatives
Total questions: 10
Worksheet time: 19mins
Differentiate
y=3(x2−1)x2(ln3)(3x2−1)
(ln3)(3x2−1)
(2x)(3x2−1)
2x(ln3)(3x2−1)
Find dxdy if y=esinx
(cosx)esinx
2xecosx
2xcosx(esinx)
(sinx)e(sinx−1)
f(x)=5+e2x
Find f'(x) for
22e2x1
5+e2xe2x
5+e2x5+e2x
5+e2xxe(2x−1)
If y=tan−1(cos x) , then dxdy =
(sec−1(cos x))2
(cos−1x)2+11
−(sec−1(cosx))2sinx
1+cos2x−sinx
Let f(x)=x4+3x−2 , and let g(x) denote the inverse of f. Then g'(2) is equal to:
1/7
1/35
7
35
g(x)=sin3(4x)
Find g'(x) if
cos3(4x)
3sin2(4x)cos(4x)
12sin2(4x)cos(4x)
4cos3(4x)
For what values of x does y2−2x3−12x2=0 have horizontal tangent lines?
x = 0 only
x = 0 and x = - 4
x = - 4 only
x = - 4, x = 0, and x = 4
If f(x)=(x+1)(x2−2)3 then f'(x)=
6x(x2−2)2
6x(x+1)(x2−2)2
3(x+1)(x2−2)2
(x2−2)2(7x2+6x−2)
Find the second derivative give g(x)=sin x2
2(cos x2−xsinx2)
2(cosx2−2x2sinx2)
2xcosx2
−4xsinx2
If h(x)=ln(2−3x)5 , find h'(0)
5/2
-2/3
-5/3
-15/2
