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Test your basic knowledge |
AP Calculus Ab
Start Test
Study First
Subjects
:
math
,
ap
,
calculus
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. The rate at which velocity changes over time; an object accelerates if its speed - direction - or both change
cartesian coordinate system
Total change Theorem
acceleration
partition of an interval
2. A method for finding integrals. Using the fundamental theorem of calculus often requires finding an antiderivative.
integration by substitution
related rates
right hand sum
transcendental function
3. The distance a number is from 0 on a number line
absolute value
related rates
rational function
initial condition
4. The value of the function approaches as x increases or decreases without bound
conic section
instantaneous rate of change
integration by substitution
limit at infinity
5. The integral of a rate of change is called the total change: ?(from a to b) F'(x)dx = F(b)-F(a) -find anti-derivatives
first derivative test
Total change Theorem
instantaneous rate of change
Mean Value theorem for derivatives
6. Series from n=0 to infinity of c_n(x-a)^n where a is it's center and c_n is a coefficient.
exponential growth and decay
power series
indefinite integral
average rate of change
7. A function is locally linear at x = c if the graph fo the function looks more and more like the tangent to the graph as one zooms in on the point (c - f(c))
transcendental function
critical value
law of sines
local linearity
8. Ratio between the length of an arc and its radius
continuous function
Mean Value theorem for derivatives
Radian
differentiation
9. A function f that gives the position f(t) of a body on a coordinate axis at time t
right hand sum
position function
integrable function
cross sectional area
10. Functions of angles
Antidifferentiation- check
circular function
law of sines
Fundamental theorem of calculus
11. An equation involving two or more variables that are differentiable functions of time can be used to find an equation that relates the corresponding rates
transcendental function
related rates
root of an equation
power series
12. The smallest y-value of the function
endpoint extremum
absolute minimum
second derivative test
cosecant function
13. A function whose domain is divided into several parts and a different function rule is applied to each part
left hand limit
piecewise defined function
first derivative test
root of an equation
14. The function that is integrated in an integral
local linearity
difference quotient
integrand
left hand sum
15. Selection of a best element from some set of available alternatives.
instantaneous velocity
left hand limit
position function
optimization
16. A surface or shape exposed by making a straight cut through something at right angles to the axis.
distance formula
concave down
logarithm laws
cross sectional area
17. The rate of change of a function occurring at or associated with a given instant - or as a limit as a time interval approaches zero; the derivative
instantaneous rate of change
right hand sum
complex number
critical point
18. The maximum distance that the particles of a wave's medium vibrate from their rest position
continuous function
left hand limit
decay model
amplitude
19. The local and global maximums and minimums of a function
parameter
extremum
constant function
Algebraic function
20. Two curves that have perpendicular tangents at the point of tangency
conic section
perpendicular curves
parameter
position function
21. Any number that can be written in the form a + bi - where a and b are real numbers and i is the imaginary unit
differential
complex number
domain
derivative
22. The mathematical process of obtaining the derivative of a function
differentiation
differentiability
infinite limit
removable discontinuity
23. A function whose dependent variable satisfies a polynomial relationship with one or more independent variables
definite integral
Algebraic function
right hand limit
rational function
24. If f is continuous on [a -b] then at some point - c in [a -b] - f(c)= (1/(a-b))*?f(x)dx (with bounds a -b)
concave down
continuous function
mean value theorem for definite integrals
right hand limit
25. Intervals in which the second derivative is positive
numerical derivative
concave up
decay model
related rates
26. A line that divides a figure in half so that each half is the mirror image of the other.
instantaneous rate of change
dummy variable of integration
axis of symmetry
root of an equation
27. Curve whose points are at a fixed normal distance of a given curve
position function
parallel curve
constant function
Mean Value theorem for derivatives
28. The process of evaluating an indefinite integral
law of cosine
antiderivative
leibniz notation
Antidifferentiation- check
29. A function whose rule is given by a fraction whose numerator and denominator are polynomials and whose denominator is not 0
continuity on an interval
extremum
perpendicular curves
rational function
30. If y=f(x) is continuous at every point of the close interval [a -b] and differentiable at every point of its interior (a -b) - then there is at least one point c in (a -b) at which f'(c)= [f(b)-f(a)]/(b-a)
Algebraic function
odd function
Fundamental theorem of calculus
Mean Value theorem for derivatives
31. A procedure for finding the derivative of y with respect to x when the function relationship is defined implicitly
implicit differentiation
leibniz notation
integration by substitution
exponential function
32. A straight line that is the limiting value of a curve
difference quotient
asymptote
decay model
integrable function
33. An integral without any specific limits - whose solution includes an undetermined constant c; antiderivative
indefinite integral
absolute minimum
root of an equation
left hand sum
34. A rectangular sum of the area under a curve where the domain is divided into sub-intervals and the height of each rectangle is the function value at the right-most point of the sub-interval
right hand sum
limit at infinity
concave up
bounded above
35. dy/dx
limit of integration
integrand
leibniz notation
right hand sum
36. A point of discontinuity that is not removeable - it represents a break in the graph of f where you cant redefine f to make the graph continuous.
absolute maximum
non removable discontinuity
normal line
absolute value
37. Zero of a function; a solution of the equation f(x)=0 is a zero of the function f or a root of the equation of an x-intercept of the graph
position function
root of an equation
constant function
second derivative test
38. The value of the function at a critical point
critical value
perpendicular curves
differentiation
cartesian coordinate system
39. If f(x) is differentiable over (a -b) and continuous on [a -b] and f(a) = f(b) - then there exists c on (a -b) such that f'(c) = 0.
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40. A point where a function changes concavity; also - where the second derivative changes signs
end behavior
inflection point
circular function
amplitude
41. Either of the endpoints of an interval over which a definite integral is to be evaluated
constant function
limit of integration
odd function
bounded
42. A function F is called an __________ of a function f on a given open interval if F'(x) = f(x) for all x in the interval - Add + c at the end
Fundamental theorem of calculus
differential equation
antiderivative
critical point
43. When testing critical values - if the first derivative changes from negative to zero to positive - then that critical value is a local minimum of the function. If the first derivative changes from positive to zero of negative - then that critical val
local linearity
rational function
first derivative test
indefinite integral
44. If a function is on the closed interval [a - b] and F is an antiderivative (?) of f on [a -b] then ?f(x) dx from a to b is F(b) - F(a)
odd function
concave up
logarithm laws
Fundamental theorem of calculus
45. If there is some number b that is less than or equal to every number in the range of f
bounded below
root of an equation
critical point
asymptote
46. Any value in the domain where either the function is not differentiable or its derivative is 0.
Mean Value theorem for derivatives
critical point
initial condition
power series
47. The value that a function is approaching as x approaches a given value through values less than x
difference quotient
continuous function
Intermediate value theorem
left hand limit
48. If there is some number B that is greater than or equal to every number in the range of f
parameter
extremum
integrand
bounded above
49. N(1-r)^x
decay model
root of an equation
Antidifferentiation- check
implicit differentiation
50. Function e^x - where e is the number (approximately 2.718281828) such that the function e^x is its own derivative.
exponential function
even function
logarithm laws
bounded
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