Answer:
a(x) = b(x)*q(x) + r(x)
b(x) = [ a(x) - r(x) ] / q(x)
Step-by-step explanation:
we see : a(x) / (b(x) = q(x) + r(x) / (b(x))
so..
a(x) = b(x)*q(x) + r(x)
and b(x) = ?
solve for b(x)
a(x) - r(x) = b(x)*q(x)
b(x) = [ a(x) - r(x) ] / q(x)
Answer:
Option D [] in the list of possible answers
Step-by-step explanation:
For this problem you are supposed to use a calculator that allows you to do an exponential regression. There are many tools that can help you with that, depending on what your instructors has assigned for your class.
I am showing you the results of a graphing tool I use, and which after entering the x-values and the y-values in independent "List" forms, when I request the exponential regression to fit the data, I get what you can see in the attached image.
Notice that the exponential of best fit with my calculator comes in the form:
with optimized parameters:
Notice as well that since:
the exponential best fit can also be written:
and this expression is very close to the last option shown in your list of possible answers
I believe 23064 would be his total earnings of last year.