Answer:
Saving = $200
Investment = $100
Explanation:
Given;
Gross Domestic Production = $1000
Consumption = $600
Taxes = $100
Government spending = $200
Find:
Saving and investment
Computation:
Saving = Gross Domestic Production - Consumption - Government spending
Saving = 1,000 - 600 - 200
Saving = $200
Investment = Saving - Taxes
Investment = 200 - 100
Investment = $100
Answer:
$3,260
Explanation:
Preparation of December statement of cash flows for Ernst Consulting
ERNST CONSULTING Income Statement
For Month Ended October 31
REVENUES
Consulting fees earned $17,450
Total revenues $17,450
EXPENSES
Rent expense $4,530
Salaries expense $8,090
Telephone expense $880
Miscellaneous expenses $690
Total expenses $14,190
Net income $3,260
($17,450-$14,190)
Therefore December statement of cash flows for Ernst Consulting will be $3,260
Answer:
$7,222
Explanation:
Given that,
Selling price per dozen = $18
Variable costs = $5 per dozen
Total fixed costs = $ 5,200
Contribution margin per dozen:
= Selling price per dozen - Variable costs per dozen
= $18 - $5
= $13
Contribution margin ratio:
= (Contribution margin ÷ Selling price per dozen) × 100
= ($13 ÷ $18) × 100
= 0.72 × 100
= 72%
Break-even sales in dollars:
= Total fixed costs ÷ Contribution margin ratio
= $5,200 ÷ 0.72
= $7,222
Answer:
<u>is not</u> , <u>consume more of hamburgers</u>
Explanation:
A consumer is said to have achieved equilibrium when within his budget constraint, he purchases that combination of two goods which yield maximum satisfaction to him.
The equation for consumer equilibrium for two products is given by
In the given case, = = = 6.666
= = 8
wherein, x= pizza
y= hamburger
As is evident, the marginal utility per dollar spent is greater in case of a hamburger, the consumer is not in a state of equilibrium.
Thus, he should consume more units of Hamburgers in order to maximize his utility.
Answer:
$4.24287 million per year
Explanation:
Missing question: The swap will call for the exchange of 1 million euros for a given number of dollars in each year.
For structured three separate forward contracts of the exchange of currencies, the forward price could be found as follows
Forward exchange rate * $1 million error = Dollar to be received
Year 1 = 1.50*(1.04/1.03) * 1 million euros
Year 1 = 1.514563106796117 * 1 million euros
Year 1 = $1.5145 million
Year 2 = 1.50*(1.04/1.03)^2 * 1 million euros
Year 2 = 1.529267602978604 * 1 million euros
Year 2 = $1.5293 million
Year 3 = 1.50*(1.04/1.03)^3 * 1 million euros
Year 3 = $1.5441 million
The number of dollars each year is determined by computing the present value:
= 1.5145 / 1.04 + 1.5293 /(1.04)^2 +1.5441 / (1.04)^3
= 1.45625 + 1.41392 + 1.3727
= $4.24287 million per year