Candidates should be able to differentiate composite functions using the chain rule.
Compute the derivative of
f(x)=ln(sinx).
[2]
Question 3
Skill question
Calculus: Differentiation using the chain rule.
Differentiate the function
f(x)=ln(ex+1).
[2]
Question 4
Skill question
The student is required to find the derivative of a composite function involving the inverse tangent function, specifically f(x)=arctan(3x2+1), using the chain rule.
Find the derivative of f(x)=arctan(3x2+1).
[4]
Question 5
Skill question
Differentiate the function
f(x)=sin(lnx)
where x>0.
[2]
Question 6
Skill question
Find f′(x) if
f(x)=esin(x2).
[4]
Question 7
Skill question
Find the derivative of the function
f(x)=ln(x2+1)+sin(e3x)
[4]
Question 8
Skill question
Find f′(x) for
f(x)=1+e3x.
[3]
Question 9
Skill question
Differentiation using the chain rule.
Find the derivative of f(x)=(ln(x+1))3.
[3]
Question 10
Skill question
This question requires the application of the chain rule to differentiate a composite function involving an exponential function and a power.
Differentiate the function
f(x)=(ex2+1)4.
[3]
Question 11
Skill question
Compute f′(x) if
f(x)=(cos(x2))5.
[3]
Question 12
Skill question
The question requires the application of the chain rule to a composite function involving natural logarithms, trigonometric functions, and exponential functions.