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Mathematics 20 Online
OpenStudy (anonymous):

For a function increasing at an increasing rate, Ln < I < Mn < Tn < Rn And for a function decreasing at a decreasing rate, we have: Rn < I < Tn < Mn < Ln? Is this correct?

OpenStudy (anonymous):

These are integral approximations

OpenStudy (anonymous):

first one, i'd say yes....

OpenStudy (anonymous):

Why not the second one, would you mind showing me a picture?

OpenStudy (anonymous):

second one, i'd say yes also....:)

OpenStudy (anonymous):

Ok what are all the combinations: - increasing at an increasing rate - increasing at a decreasing rate - decreasing at a increasing rate - decreasing at an decreasing rate

OpenStudy (anonymous):

So for the remaining 2, how would it be?

OpenStudy (anonymous):

For incresaing at a DECREASING rate, I got: Ln < I < Tn < Mn < Rn

OpenStudy (anonymous):

I drew: |dw:1339952938780:dw|

OpenStudy (anonymous):

Ok wait tell me if these are correct: - increasing at an increasing rate: |dw:1339953024239:dw| - decreasing at an increasing rate: |dw:1339953034715:dw|

OpenStudy (anonymous):

- How would I show: DECREASING at a DECREASING rate?

OpenStudy (anonymous):

|dw:1339953048867:dw|

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