Term
What is the solution to this problem?:
A graph is provided with disconnected lines
lim f(x) = ?
When x approaches (A^-)
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Definition
1.) Find the function that approaches "A" from the left.
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2.) The solution is the y-value of the open hole point of the function.
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Term
What is the solution to this problem?:
A graph is provided with disconnected lines
lim f(x) = ?
When x approaches (A^+)
--------------------------- |
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Definition
1.) Find the function that approaches "A" from the right.
-------------------
2.) The solution is the x-value of the open hole point of the function.
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Term
What Does This Mean?
lim f(x) = ?
When x approaches (A^+)
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Definition
The function approaches "A" from the right. The open hole point of the function is located where x="A".
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Term
What Does This Mean?
lim f(x) = ?
When x approaches (A^-)
------------------ |
|
Definition
The function approaches "A" from the left.The open hole point of the function is located where x="A".
---------------- |
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Term
What is the solution to this problem?:
A graph is provided with connected lines
lim f(x) = ?
When x approaches (A^-)
--------------------------- |
|
Definition
1.) Find the function that approaches "A" from the left.
-------------------
2.) The solution is the y-value of the open hole point of the function.
------------------------ |
|
|
Term
What is the solution to this problem?:
A graph is provided with connected lines
lim f(x) = ?
When x approaches (A^+)
--------------------------- |
|
Definition
1.) Find the function that approaches "A" from the right.
-------------------
2.) The solution is the x-value of the open hole point of the function.
------------------------ |
|
|
Term
What is the solution to this problem?:
A graph is provided with connected curved lines, with a solid point
lim f(x) = ?
When x approaches (0^+)
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Definition
1.) Find the function that approaches "0" from the right.
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2.) The solution is the y-value that the curved line intersects when crossing the y-axis.
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Term
What is the solution to this problem?:
A graph is provided with connected curved lines, with a solid point
lim f(x) = ?
When x approaches (A^-)
--------------------------- |
|
Definition
1.) Find the function that approaches "A" from the left.
-------------------
2.) The solution is the y-value of the open hole point that is located where x="A" on the graph.
------------------------ |
|
|
Term
What is the solution to this problem?:
A graph is provided with connected curved lines, with a solid point
lim f(x) = ?
When x approaches (A^+)
--------------------------- |
|
Definition
1.) Find the function that approaches "A" from the right.
-------------------
2.) The solution is the y-value of the open hole point that is located where x="A" on the graph.
------------------------ |
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Term
What is the Solution to This Problem?:
((sqrt (x)-(A^2)))
lim f(x) = A
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Definition
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Term
What is the solution to this problem?:
lim ((Ax+B)/(Cx+D)) = ?
When x approaches infinity
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Definition
The Solution is
A/C
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Term
What is the constant rule?
(When x approaches 0)
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Definition
When x approaches infinity
lim "A" = "A"
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Term
What are the Sum and Difference Rules?
(When x approaches 0)
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Definition
When x approaches infinity for all limits
lim [f(x)(+or-)g(x)] =
lim f(x) (+or-) lim g(x)
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Term
What is the Product Rule?
(When x approaches 0)
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Definition
When x approaches infinity for all limits
lim [f(x)*g(x)] =
lim f(x) * lim g(x)
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Term
What is the Quotient Rule?
(When x approaches 0)
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Definition
When x approaches infinity for all limits
As long as g(x) doesn't equal 0
lim [f(x)/g(x)] =
lim f(x) / lim g(x)
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Term
What is the solution to this problem?
When x approaches infinity
lim ((Ax^3)+Bx-C)/((Dx^4)-(Ex^3)-(F))
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Definition
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Term
What is the solution to this problem?:
When x approaches infinity
lim (A/(Bx^2))
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Definition
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Term
What is the solution to this problem?:
When x approaches negative infinity
lim ((Ax/x-B)-(Cx/x+D))
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Definition
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