remember that local minimuns are points in which the function was decreasing and starts increasing.
you can try two ways of doing it, graphing the functions or using derivatives.
since this are twelve functios the easier way is to graph them.
start by function y=x
in this case this function is continously increasing as x increases, which means that it does not have any local maxima or minima.
now do the same for
this graph has a local minima on th
Answer:
The square feet of space per employee is more in building B .
Step-by-step explanation:
Given as :
The office space of building A = 7,500 ft²
The number of employee in building A = 320
Let The space in building A per square feet per employee = x ft²
So, x =
I.e x =
∴ x = 23.43 per square feet per employee
<u>So, For building A 23.43 per square feet per employee </u>
Again ,
The office space of building B = 9,500 ft²
The number of employee in building B = 317
Let The space in building B per square feet per employee = y ft²
So, y =
I.e y =
∴ y = 29.96 per square feet per employee
<u>So, For building B 29.96 per square feet per employee </u>
So , from calculation it is clear that the square feet of space per employee is more in building B .
Hence The square feet of space per employee is more in building B . Answer