Answer:
I= $1,600
Explanation:
We have to clear Investment from the GDP formula:
GDP= Consumption (C)+ Investment (I)+ Government expenditure (G)+ Net exports (exports-imports)
I=GDP-G-C-(X-M)
The problem gives this information:
GDP: $10,000
G: $2,000
C: $6,000
X: $1,000
M: $600
I= $10,000-$2,000-$6,000-($1,000-$600)
Investment in 2010=$1,600
Answer:
[D] All of the above.
Explanation:
Front running is the process by which a party to a share purchase has initial knowledge of the future market value of shares that are yet to be issued and makes a proprietary buy order for stock ahead of the client's order.
Normally this can be as a result of insider information which is prohibited, but the options above all allow this practice.
-If the firm can demonstrate that the trade is unrelated to the customer's block order
-If the trade was made to fill or facilitate the customer's block order
-If the trade is executed on a national stock exchange and in compliance with its rules
Decide depreciation expense for the entire year and afterward customize the cost between the two-time frames included. Depreciation is the procedure by which an organization apportions an advantage's cost over the term of its valuable life. Each time an organization readies its money related explanations, it records a devaluation cost to allot a bit of the cost of the structures, machines or gear it has obtained to the current monetary year.
Answer:
porque se dice que quiero tomar el siguiente
Answer and Explanation:
According to the scenario, computation of the given data are as follow:-
a).Work shift per day = 8 hours
Average of arriving trucks = 40
Loading time of workers = 8 min.
Earning of truck drivers = $20
Earning of workers = $18
If the truck drivers are engaged for one station, the cost may be focused on truck drivers in the system at a certain point. But if it's not, then the cost in the line must be dependent on truck drivers, since that's the best approximation of scope.
b). Hourly Cost for this System =Truck Driver Cost × No. of Trucks in an Hour + Worker Hourly Cost
= $20 × (60 ÷ 8) + $18
= $20 × 7.5+ $18
= $168
c). If they add additional dock. Then Their Total Cost in an hours
= $168 ×2
= $336 (because both worker take similar time so simultaneously 2 truck can be loaded)
If the cost doubles, the average no. of trucks service doubled too along with the ability of company to send out delivered trucks. So option 2 is better.