Answer:
<h2>There are needed 3 burgers to reach the maximum measure of happiness of 25.</h2>
Step-by-step explanation:
The given function is
Where 
is the number of burgers and 
the measure of happiness.
To find the maximum burgers needed to reach the maximum happiness, we just need to find the vertex of this function, which is defined as
where 
, and 
, 
, replacing these values, we have
Therefore, there are needed 3 burgers to reach the maximum measure of happiness of 25.
The complete question in the attached figure
we know that
factor scale=1/13
factor scale=[dimension smaller rectangle]/[dimension original rectangle]
so
[dimension smaller rectangle]=[factor scale]*[dimension original rectangle]
a) for l=36 cm in the original rectangle
[dimension smaller rectangle]=[1/13]*[36]--------> 2.77 cm
b) for w=28 cm in the original rectangle
[dimension smaller rectangle]=[1/13]*[28]--------> 2.15 cm
c) [area smaller rectangle]=2.77*2.15------> 5.96 cm²
the answers in the attached figure
Answer:
I would do is(184x8) then 35 times his 2 week slalary
Step-by-step explanation:
