AP CALCULUS AB Scoring Guide
Unit 1 Progress Check: MCQ Part B
1. If is the function defined by , then is equivalent to which of the following?
(A)
(B)
(C)
(D)
2. Let and be functions such that and . What is ?
(A)
(B)
(C)
(D) The limit cannot be determined from the information given.
3.
If is the function defined above, then is
(A)
(B) 0
(C) 1
(D) nonexistent
4. The function is defined for all in the interval . Which of the following statements, if true, implies
that ?
(A) There exists a function with for , and .
(B) There exists a function with for , and .
There exist functions and with for , and
(C) .
There exist functions and with for , and
(D) .
5. The function is given by . The function is given by . If is a function that
satisfies for , what is ?
AP Calculus AB Page 1 of 9
, Scoring Guide
Unit 1 Progress Check: MCQ Part B
(A)
(B) 4
(C) 7
(D) The limit cannot be determined from the information given.
6. Let be a function of . The value of can be found using the squeeze theorem with the functions and
. Which of the following could be graphs of , , and ?
Page 2 of 9 AP Calculus AB
Unit 1 Progress Check: MCQ Part B
1. If is the function defined by , then is equivalent to which of the following?
(A)
(B)
(C)
(D)
2. Let and be functions such that and . What is ?
(A)
(B)
(C)
(D) The limit cannot be determined from the information given.
3.
If is the function defined above, then is
(A)
(B) 0
(C) 1
(D) nonexistent
4. The function is defined for all in the interval . Which of the following statements, if true, implies
that ?
(A) There exists a function with for , and .
(B) There exists a function with for , and .
There exist functions and with for , and
(C) .
There exist functions and with for , and
(D) .
5. The function is given by . The function is given by . If is a function that
satisfies for , what is ?
AP Calculus AB Page 1 of 9
, Scoring Guide
Unit 1 Progress Check: MCQ Part B
(A)
(B) 4
(C) 7
(D) The limit cannot be determined from the information given.
6. Let be a function of . The value of can be found using the squeeze theorem with the functions and
. Which of the following could be graphs of , , and ?
Page 2 of 9 AP Calculus AB