Calculating the limit of function with constants

Andyii

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May 2, 2022
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Hello, could anyone help me solve or give a general idea on where to start with this function?

The answer is supposed to be a/m - b/n but I'm not quite sure how to get there.

Screenshot_66.png
 
Hello, could anyone help me solve or give a general idea on where to start with this function?

The answer is supposed to be a/m - b/n but I'm not quite sure how to get there.

View attachment 32519

The answer is supposed to be a/m - b/n but I'm not quite sure how to get there.
Where did these 'a' and 'b' come from? I have a strong suspicion, but need to hear from you.

Do you know L'Hopital's rule? And:

Please show us what you have tried and exactly where you are stuck.

Please follow the rules of posting in this forum, as enunciated at:


Please share your work/thoughts about this problem
 
A hint: you might find this helpful:

1+axm1+bxn=(1+axm1)(1+bxn1)\sqrt[m]{1+ax} - \sqrt[n]{1+bx} = \left( \sqrt[m]{1+ax} - 1 \right) - \left( \sqrt[n]{1+bx} - 1 \right)
 
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