Answer:
<u>Optimal number of hot dogs: Eight
</u>
<u>Maximum utility: Fifty five</u>
Correct statement and question:
Biff's Hot Dog Utility
Hot Dogs Total Utility (utils) Marginal Utility (utils)
5 48 —
6 52 4
7 54 2
8 55 1
9 54 - 1
10 51 - 3
If Biff is rational (and has no intention of winning the hot dog eating contest), what is the optimal number of hot dogs he will eat and what will his maximum level of utility be?
Source
Question that can be found at coursehero, but can't provide the exact link because it would be rejected by brainly if I write it down.
Step-by-step explanation:
What is the optimal number of hot dogs he will eat and what will his maximum level of utility be?
<u>According to the information provided in the table above, the optimal number of hot dogs Biff will eat is 8. The maximum utility he can reach eating 8 hot dogs is 55. After 8, the total utility start to decrease because the marginal utility starts to be negative.</u>
Answer:
-207xy
Step-by-step explanation:
-6x^3 - 9xy + 18x
-216x -9xy +18x
-225xy + 18x
-207xy
If I'm not mistaken.
As the midpoint is a point on the perpendicular line, we can solve by eliminating the other equations, like this:
Check if the point (-1,-2) is on the line y=-4x-4:
-4(-1)-4=0 is differente from -2.
-4(-1)-6=-2, so (-1,-2) is on the line y=-4x-6.
We check also for the other equation like this:
Third equation: (-1)-4 = -5 not equal to -2.
Fourth equation: (-1)-6=-7 not equal to -2.
So the correct answer is the line y=-4x-6
Answer:
x≤ 9
Step-by-step explanation:
add 6 to the other side to get x by itself....
Answer:
Undefined.
Step-by-step explanation:
The line on the graph is vertical. <u><em>All vertical lines have an undefined slope</em></u>, since the 'run' of the slope is zero.
You cannot divide by zero.
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<em>Side note: </em>
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<em>Hope this helps! </em>