Unit 3: Differentiation: Composite, Implicit, and Inverse Functions

/ Unit 3: Differentiation: Composite, Implicit, and Inverse Functions

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You’ll master using the chain rule, develop new differentiation techniques, and be introduced to higher-order derivatives.

Question Difficulty:

Question	Difficulty	Students Solved
Implicit Differentiation and Tangent Lines	medium	23
Chain Rule For A Composite Function	easy	24
Chain Rule with an Exponential Function	medium	26
Chain Rule Application Sequence	medium	14
Chain Rule Derivative Evaluation	easy	18
Identifying a Composite Function	easy	20
Derivative of an Inverse Function	medium	18
Derivative of a Composite Logarithmic Function	medium	8
Derivative Using the Chain Rule	easy	9
Derivative of an Inverse Function	medium	9
Chain Rule with an Inverse Tangent Function	medium	11
Derivative of the Inverse Sine Function	medium	11
Chain Rule With a Radical Function	easy	8
Implicit Differentiation	medium	14
Chain Rule with an Exponential Function	medium	5
Chain Rule With Exponential and Trig Functions	easy	10
Derivative of an Inverse Function	medium	3
Implicit Differentiation of a Circle	easy	5
Implicit Differentiation with Product Rule	medium	7
Derivative of a Composite Function	hard	7

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Rank	User	Correct Count	Attempt Count	Time	Score
#1	haneesh19.12	205	250	23m 04s	18,666
#2	dpaak0903	72	100	0m 00s	6,920
#3	adhrooster	36	40	0m 00s	3,560
#4	bezginaanfisa	17	25	0m 00s	1,620
#5	shriyaans.nathan09	14	14	0m 00s	1,400
#6	ngawang.pdukpa2020	14	15	0m 00s	1,390
#7	l.alzahrani04	13	15	0m 00s	1,280
#8	p250001155	13	16	0m 00s	1,270
#9	realthomasyu7	12	17	0m 00s	1,150
#10	vgutslol	8	8	0m 00s	800

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