Answer:
It will take 0.1175 years or the number of employees at this company to increase by 10%.
Explanation:
We are given that the number of employees at a certain company is described by the function

Initial no. of employees = 300
Increase% = 10%
So, New no. of employees =

=

Now we are supposed find how long does it take for the number of employees at this company to increase by 10%.
So,




So, it will take 0.1175 years or the number of employees at this company to increase by 10%.