Answer:
$6.00
Explanation:
Given data
quantity demanded ( x ) ∝ 1 / p^3 for p > 1
when p = $10/unit , x = 64
initial cost = $140, cost per unit = $4
<u>Determine the price that will yield a maximum profit </u>
x = k/p^3 ----- ( 1 ). when x = 64 , p = $10 , k = constant
64 = k/10^3
k = 64 * ( 10^3 )
= 64000
back to equation 1
x = 64000 / p^3
∴ p = 40 / ∛x
next calculate the value of revenue generated
Revenue(Rx) = P(price ) * x ( quantity )
= 40 / ∛x * x = 40 x^2/3
next calculate Total cost of product
C(x) = 140 + 4x
Maximum Profit generated = R(x) - C(x) = 0
= 40x^2/3 - 140 + 4x = 0
= 40(2/3) x^(2/3 -1) - 0 - 4 = 0
∴ ∛x = 20/3 ∴ x = (20/3 ) ^3 = 296
profit is maximum at x(quantity demanded ) = 296 units
hence the price that will yield a maximum profit
P = 40 / ∛x
= ( 40 / (20/3) ) = $6
Answer: C
Explanation:
Final capital account balance is talking about the final financial status of the partnership business at liquidation. The final allocation will be made based on the financial status of the business.
#1 goal-setting #2 decision-making
Answer:
Normally "check all that apply" is followed by answers to check...
Explanation:
A W-2 is a Tax statement
Answer:
The answer is 27 hours
Explanation:
Solution
The Comparative advantage depends on production of the lower opportunity cost
The opportunity cost of a production is =maximum production of other good /maximum production of the good
Now,
The opportunity cost of hot dog bun for town A =10/4=2.5
Thus,
The opportunity cost of hot dog bun for town B=6/10=0.6
So,
The town B has a comparative advantage in hot dog buns and A in sausages
Town A will produce-only sausages and it will take the time of
time in hours =total required a quantity of the good /number of products in an hour
Now,
The time for Town A for sausages=120/10=12 hours
The time for Town B for hot dog buns=120/8=15 hours
Therefore, The total time =12+15=27 hours.
