stud
bud
Sign up
Log in
Home
Library
Explore
SAT
More
Duplicate of Calculus: Derivative Review Flashcards | StudBud
Explore
/
Duplicate of Calculus: Derivative Review
Duplicate of Calculus: Derivative Review
15 terms
·
StudBud Administration
·
44 plays
A beginning review of derivatives #calculus #derivatives
Flashcards
15 cards
F
Practice quiz
P
Host live
L
Questions
15
Answers
1
If f ' (9) < 0 and f '' (9) < 0, at x = 9, the graph of f(x) is?
increasing and concave up
decreasing and concave up
increasing and concave down
decreasing and concave down
2
f g''(3) = 10, what is true about the function at x=3?
concave down
increasing
concave up
decreasing
3
The derivative of f(x)=sec(8x-3) is?
sec(8x-3)tan(8x-3)(8x)
sec(8x-3)(8)
sec(8x-3)tan(8x-3)(8)
sec(8x)tan(8x)(8x-3)
4
If f '(3)=0 and f ''(3)=4.5, then at x=3 there is a(n)?
point of inflection
horse
relative max
relative min
5
What is the derivative of y=xsinx...go slow...
y'=1cosx
y'=cosx+xsinx
y'=sinxcosx
y'=xcosx+sinx
6
If f ' (9) > 0 and f '' (9) < 0, at x = 9, the graph of f(x) is?
increasing and concave up
decreasing and concave down
decreasing and concave up
increasing and concave down
7
The derivative of 13x
4
is?
13x3
42x4
54x3
52x3
8
If f ' (9) < 0 and f '' (9) > 0, at x = 9, the graph of f(x) is?
decreasing and concave down
increasing and concave up
increasing and concave down
decreasing and concave up
9
If g''(3) = 10, what is true about the function at x=3?
concave down
increasing
decreasing
concave up
10
The second derivative of y=sin x is?
six(n)
-cos(x)
cos(x)
-sin(x)
11
If f ' (4) = 0 and f '' (4) = -1.23456, then at x = 4, there is a(n)?
a bag of doritos
point of inflection
relative max
relative min
12
If f ' (1) = -2, what is known about f(x) at x = 1?
increasing
decreasing
concave up
concave down
13
The derivative of a function is a ________________ calculator.
pun
number
slope
graphing
14
The second derivative of 6x is?
0
1
6x
6
15
If f '' (4) = 0 and f '' (x) changes sign at x = 4, then at x = 4, there is a(n)?
rabbit
relative min
point of inflection
relative max