There are two sets of Y values identical ( 0 and 5 ).
There are two sets of identical X values ( -1 and 2)
This makes a rectangle.
The length is 5-0 = 5
The width is 2 - -1 = 3
Area = Length x width = 5 x 3 = 15 square units.
Answer:
$1170
Step-by-step explanation:
Let x and y represent the numbers of economy and deluxe seats sold. The constraints are ...
And the objective function we want to maximize is ...
p = 40x +35y
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I find it convenient to graph the equations and locate the objective function line as far from the origin as possible. The graph is shown, along with the solution.
Here, it's even simpler than that. The profit per seat is the greatest for economy seats, so Roland's should sell as many of those as they can. The only limit is that 6 seats must be deluxe. The remaining 30-6=24 can be economy. So, the profit will be maximized for ...
24 economy seats and 6 deluxe seats
The corresponding profit will be ...
24(40) +6(35) = 1170
The maximum profit from one tour is $1170.
Answer:
C: F(x)=x^2-0.5
Step-by-step explanation:
When the x is squared it's a parabola. A linear graph is shaped like a straight line, while a parabola is curved inward. I have included a graph of what that function would look like (tap/click on it to see the full graph.)
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Simple...
you have: (3,6) and the slope is 8...
Using y=mx+b and using the coordinates provided....
6=8(3)+b
6=24+b
6=24+b
-24 -24
-18=b
y=8x-18
Thus, your answer.