Answer:
Step-by-step explanation:
By evaluating the piecewise function and the two side limits, the limit does not exist for the function at x = 2. (Correct choice: D)
<h3>What is the limit of a piecewise function at a given value of x?</h3>
Herein we have a piecewise function formed by three parts, two linear equations and a point. The limit of the function at a given value exists if the lateral limits and the function evaluated at that point brings out the same result.
By direct inspection, we find that the left limit of the function when x tends to 2 tends to 4, likewise with the right limit, but piecewise function is equal to 2 when we evaluate it at x = 2. Therefore, by evaluating the piecewise function and the two side limits, the limit does not exist for the function at x = 2. (Correct choice: D)
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Bruna could choose option B and option C.
Option B:
Find the most dollars paid per hour worked this is one of the best option to choose because here for one hour most dollars will be paying means there is a income source and best paying job.
Option C:
Find the most dollars paid per hour worked this is also a best option to choose because here with less number of hours work you are getting the dollar so there is no workload hence it is the best paying job.
Therefore Bruna could choose option B and option C.
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6 and 2/8 is correct hope this helps.
Answer:
6 in
Step-by-step explanation:
To find the height, just divide the volume by the base area