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- 1. Multiple Choice
301Does not exist - 2. Multiple Choice
A
B
C
D
- 3. Multiple ChoiceDoes Not Exist910
- 4. Multiple ChoiceABCD
- 5. Multiple Choice
Evaluate the limit.
3/2
-3/2
-infinity
infinity
- 6. Multiple Choice
Evaluate the limit
-2
-infinity
infinity
1
- 7. Multiple Choice
Evaluate the limit
infinity
3
0
-infinity
- 8. Multiple Choice
State the dominate term, then evaluate the limit
x2; -infinity
ex; -4
ex; -infinity
x2; infinity
- 9. Multiple Choice
State the dominant term then determine the limit.
3x3; -infinity
2x2; 0
3x3; infinity
2x2; -infinity
- 10. Multiple Choice
State the dominant term, then find the limit.
x2; infinity
ln x, infinity
x2; 2
ln x, 0
- 11. Multiple Choice
Determine the value of the limit
4
1
∞
0
- 12. Multiple Choice
Determine the value of the limit
∞
-∞
DNE
0
- 13. Multiple Choice
Determine the value of the limit
∞
-∞
DNE
0
- 14. Multiple Choice
A
B
C
D
- 15. Multiple Choice
A
B
C
D
- 16. Multiple ChoiceWhich of the following best describes the continuity at x = 1?ContinuousRemovable Point DiscontinuityNon-removable Infinite DiscontinuityNon-removable Jump Discontinuity
- 17. Multiple ChoiceWhich of the following best describes the continuity at x = 5?ContinuousRemovable Point DiscontinuityNon-removable Infinite DiscontinuityNon-removable Jump Discontinuity
- 18. Multiple ChoiceWhich of the following best describes the continuity at x = 0?ContinuousRemovable Point DiscontinuityNon-removable Infinite DiscontinuityNon-removable Jump Discontinuity
- 19. Multiple Choice
Which of the following must be true for a function to be continuous at a point, a? (select all that apply)
f(a) must exist
the limit as x approaches a must exist
the function has to go to infinity
f(a) and the limit as x approaches a must be equal
you won't need to do any factoring/simplifying when finding the limit
- 20. Multiple ChoiceABCD
- 21. Multiple Choice
The horizontal asymptote equals zero when:
the degree of the numerator and denominator are equal
the degree of the numerator is less than the degree of the denominator
the degree of the numerator is greater than the degree of the denominator
the numerator equals zero
- 22. Multiple ChoiceWhen finding the Horizontal asymptotes of a function, you should be thinking..."Get Low set it = to Zero""Top = 0""f(0)""Power Fight"
- 23. Multiple ChoiceWhich asymptote(s) are determined by looking at the denominator?verticalhorizontalend behaviornone
- Answer choicesTagsAnswer choicesTags