Explanation:
13,200 Rent prepaid on January 1 for 1 year
÷ 12 Months
$ 1,100 Rent expense per month
Thus, $1,100 Rent expense per month
× 7 Months
$7,700 Rent expense for January through July
At July 31, Aiden's Tavern should record $ 7700 of rent expense.
Answer:
4.7
Explanation:
The computation of the degree of operating leverage is presented below:
= Contribution margin ÷ Net income
= $59,690 ÷ $12,700
= 4.7
where,
Contribution margin = Sales - Variable costs
And, the net income would be
= Sales - Variable costs - Fixed costs
The net income is also known as earning before interest and taxes
Answer:
The public debt owed by Eastland is $400 million
Explanation:
In this question, we are asked to calculate the amount of public debt in Eastland.
Public debt refers to the amount of money owed by a country to external borrowers.
It doesn’t include such debt that the country owes itself. For example, debts owed by one agency of government to another.
Hence to calculate the public debt of Eastland, we add the amount of debts owed by citizens of Eastland + Amount of debts owed by foreign citizens in Eastland .
Amount of debt owed by citizens of Eastland is $200 million while the amount of debt owed by foreign citizens is also $200 million.
Mathematically the public debt will be ; $200 million + $200 million = $400 million
Answer:
-$414,444.44
Explanation:
The computation of the net present value is shown below:
Net present value = Initial investment + net cash flows ÷ (required rate of return - projected growth rate)
= -$1,570,000 + $104,000 ÷ (12% - 3%)
= -$1,570,000 + $1,155,555.56
= -$414,444.44
Hence, the net present value is -$414,444.44
Since the net present value comes in negative so the project is rejected
Answer: 44%
Explanation:
In probability, Independent event is simply an event that doesn't have anything to do with the occurrence or non-occurrence of another event.
From the question, we are informed that likelihood of Company A's stock price rising is 20%, and the likelihood of Company B's stock price rising is 30% and they are both independent.
Therefore, the probability that the stock price of at least one of the companies will rise goes thus:
P(at least one will rise) will be:
= 1 - P(both fall)
= 1 - [(1-0.20) × (1-0.30)]
= 1- (0.8 × 0.7)
= 1 - 0.56
= 0.44
= 44%
