Answer:
B) $2,86
Explanation:
Using the high-low method we will use the highest activity level and the lowest activity level to determine the variable and fixed portion of the costs.
Highest activity - Cost $ 14182 Hours - 4200
Lowest activity - Cost $ (8748) Hours - (2300)
Difference - $ 5434 1900
Now we determine the variable portion. 5434/1900 = 2,86
Thus the answer is B.
The current disposable income held to buy consumption goods in the future is referred to as saving.
Consumables are goods that are best suited for their end use. In other words, the end-user of consumer goods is the consumer themselves, and capital goods are the goods used to manufacture consumer goods.
Common examples include food, drink, clothing, shoes, and gasoline. Consumer services are usually intangible products or actions that are produced and consumed simultaneously.
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Answer:
Y'all know we laugh at your slogan "fresh, never frozen" right? ... It's a bit late, but I feel like getting a burger from the place, read the drama guy's comments.
Explanation:
The covenant whereby one warrants that he is the possessor and owner of property being conveyed is the covenant of seizen.
A covenant is a two-party promise, agreement, or contract. The two parties agree that certain activities will or will not be carried out as part of the covenant.
Covenants in finance typically refer to terms in a financial contract, such as a loan document or bond issue, that specify the maximum amount that the borrower can lend. In religion, covenants frequently convey the binding relationship between a deity and humanity.
Covenants are frequently expressed in terms of financial ratios that must be met, such as a maximum debt-to-asset ratio or other such ratios. Covenants can cover anything from minimum dividend payments to working capital levels that must be maintained to key employees remaining with the company.
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Using the formula for compound interest:
The formula for annual compound interest, including principal sum, is:
A = P (1 + r/n)ⁿˣ
Where:
A = the future value = $95000
P = the principal investment amount = ?
r = the annual interest rate = 0.06
n = the number of times that interest is compounded per year = 2
x = the number of years the money is invested = 0.5
95,000 = P (1 + 0.06/2)¹
95,000 = P (1.06/2)
95,000 = P (0.53)
P = 95,000 ÷ 0.53
P = 95,000 ÷ 0.53
P = 179,245.30
Total compounded interest = 179,245.30 - 95,000
Total compounded interest = 84,245
