Limits and Continuity
If the limit of a function as x approaches a certain value is equal to the value of the function at that point, what can be concluded?
The function is differentiable at that point
The function is decreasing at that point
The function is undefined at that point
The function is continuous at that point
What is the limit as x approaches zero of function h(h) = 5/x?
0
Undefined
5
What does the limit of a function represent as x approaches infinity?
The behavior of the function as x gets larger and larger
The derivative of the function
The maximum value of the function
The area under the curve of the function
What is the value of ?
9
0
6
Undefined
What must be true about f(x) if exists and is finite?
There must be a vertical asymptote at x=a.
The function f(x) approaches a specific value as x approaches a.
The limit as x goes to infinity of f(x) is equal to the limit as x goes to a.
The function has a discontinuity at x=a.
What does it mean if the limit of a function does not exist?
The function has a vertical asymptote at that point
The function is undefined at that point
The function is constant at that point
The left-hand and right-hand limits do not match
What is the limit of the function as approaches 0?
The limit does not exist.
-1
1
0

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Which statement correctly describes an important aspect regarding one-sided limits?
They are not used in calculating vertical asymptotes.
They can exist even if the two-sided limit does not exist.
They always equal each other for continuous functions.
They only exist when there's a discontinuity at that point.
Which expression is equivalent to the statement "the limit of f(x), as x approaches two from the left side"?
No justification provided for incorrect answers due to simplicity of question.
Given that , what is f'(3)?
0
18
Undefined.
6