Yes, it is continuous to its domain
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Explanation:</h2><h2>
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In order to find the domain of the function we need to get the restrictions:
1. From natural log:

2. From quotient:

Matching these two restrictions the domain is:

So the function is continuous to its domain because is defined for every x-value in the interval
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15 Short Answer Questions
( =45 points)
5 Multiple Choice Questions
( = 5 points)
Divide 1440 by 6 to get 240 packs.
Answer:
95
Step-by-step explanation:
G(6)=3(6)^2-2(6)-1
=108-12-1
=95