A large auditorium has stadium with stadium seating. There are 8 seats in the first row, 10 seats in the second row, 12 seats in
1 answer:
You might be interested in
For between
and
, we have
when
;
for
; and
for
is continuous over its domain, so the intermediate value theorem tells us that
is true for .
For all , we take into account that
is
-periodic, so the above inequality can be expanded to
where is any integer. Equivalently,
To get the corresponding solution set for
simply replace with
:
<u>Answer-</u>
<em>And cost of a car in the year 2000 will be </em><em>$20134.18</em>
<u>Solution-</u>
Let's assume,
x = number of years after 1986
y = average cost of sedan in dollar
The exponential model that will model the scenario will be in the form of,
where a and b are constants
As given that, in 1986 average cost of sedan was $9000 and in 1991 average cost of sedan was $12000
So, the points (0, 9000) and (5, 12000) will satisfy or lie on the exponential curve.
Putting (0, 9000) in the equation,
Now, the equation becomes
Putting (5, 12000) in this equation,
Putting the values,
As we have to calculate the cost of sedan in 2000, so putting x=14(as 2000-1986=14),
Therefore, cost of a car in the year 2000 will be $20134.18