Answer:
Marie est allee chez le medecin
Answer:
b. Call for $1,500
Explanation:
According to the scenario, computation of the given data are as follow:-
We can calculate the amount of margin call by using following formula:-
Loss of today = future contracts based total bushels × total contract × (settlement cost per bushels - future contract price per bushels)
= 5,000 cents × 6 × (390 cents - 385 cents)
= 5,000 cents × 6 × 5 cents
= 150,000 cents
And we know that
100 cents = 1 dollar
so,
150,000 cents ÷ 100 =$1,500
Initial margin $878 per future contract and maintenance margin $650 per contract, Margins of both are less than loss .So we have to pay $1,500 in initial margin.
According to the analysis, we will receive $1,500 margin call.
Therefore option (B) call for $1,500 is correct.
Minimum wage I think lol may be wrong
Answer:
Original Cost = $26.10
Annual Amortization (Old) = $26.10 / 9 years
Annual Amortization (Old) = $2.9 million
Amortization till Date (2017 - 2021) = $2.9*4 = $11.6 million
Unamortized Value = $26.10 million - $11.6 million
Unamortized Value = $14.5 million
Remaining Life = 6 - 4
Remaining Life = 2 Years
New Amortization = Unamortized Value/Remaining Life
New Amortization = $14.5/2
New Amortization = $7.25 million
Journal Entry
Amortization Expense Debit - $7.25 million
Patent Credit - $7.25 million
Answer:
This profit equation is an equation of a parabola that opens downward (Since A=-0.07<0) and has its vertex at
Thus, revenue is maximized when x=250 hundred units. At this quantity maximum profit is
P(250)=3800.23 hundred dollars
b. Profits are maximised at x=250 hundred units. The per unit price at this is,
