Answer:
$20,226
Explanation:
expected sales = 11,400 - 12,000 - 12,600
expected sales price = $7.20 - $7.50 - $7.80
expected variable cost = $3.072 - $3.20 - $3.328
total fixed costs = $31,000
if you use an excel spreadsheet you can calculate all the different possible simulations and combine all the expected sales x 3 different price levels x 3 different variable costs and 1 fixed cost. Once you get all the 27 possible solutions, you just get the average.
I attached it because there is no room here.
The answer to the question above as to how much more will nick have to pay than miles if nick's loan has an APR of 13.10% and mile's loan has an APR of 7.75 the answer is letter B, $267.50. in calculation the total payment of nick for four years is $5655 that's with the added 13.10% compounded monthly and mile's is $5387.5 with 7.75% compounded monthly.
<span>Grapes are a(n) "normal good" with an income elasticity of demand of "0.8". A normal good is a good for which an increase in income results in increased demand, while decreased income results in decreased demand. Thus, we know that the first blank is "normal good" by the definition of a normal good becuase median income fell and demand for grapes fell. The X elasticity of demand is given by (%change in Demand)/(%change in X), where x is any economic variable (income in this case). Thus, to find the elasticity, we divide 12% by 15%. 12%/15%=.08.</span>
Answer:
-0.10
Explanation:
To calculate this, we us the formula for calculating elasticity of demand (E) relevant for the demand equation as follow:
E = (P / Q) * (dQ / dP) .............................. (1)
Where,
Q = 30
P = 90
E = -0.3
dQ / dP = b = ?
We then substitute all the value into equation (1) and have:
-0.3 = (90 / 30) * b
-0.3 = 3 * b
b = -0.3 /3
b = -0.10
Therefore, appropriate value for the price coefficient (b) in a linear demand function Q is -0.10.
NB:
Although this not part of the question, but note that how the linear demand function will look can be obtained by first solving for the constant term (a) as follows:
Q = a - 0.10P
Substituting for Q and P, we can solve for a as follows:
30 = a – (0.1 * 90)
30 = a – 9
a = 30 + 9 = 39
Therefore, the linear demand equation can be stated as follows:
Q = 39 – 0.1P
The traits and skills can help to explain the successful strategic leadership by <span>Gyosn are the below:
</span><span>Relationship in the middle of execution and system
</span>
Transparency
Communication
The CEO of Nissan and Renault is a champion among the most interesting pioneers in the private zone. Carlos Ghosn has made the affirmation of essential qualities as a pioneer. A champion among the most basic characteristics of Carlos Ghosn is addressed by the ability to get a handle on social differentiations. His own particular experience enables and sponsorships such a technique. He recognizes social complexities and even consolidates them in the legitimate society.
