Answer:
$96,154.20
Explanation:
We are to find the future value of the annuity
The formula for calculating future value = A (B / r)
B = [(1 + r)^n] - 1
A = Amount
R = interest rate
N = number of years
[(1.08)^9 - 1 ] / 0.08 = 12.487558
12.487558 x $7,700 = $96,154.20
Answer:
Lucky event
Explanation:
In the investments market a true measure of market efficiency is to get a track record of positive outcome from investors over time.
The lucky event problem occurs when an investor makes a profit on investment not because of how efficient a market is or by a logical procedure, but rather by chance.
In the given scenario Keyes put all his money in one stock that doubled in 3 months.
However this was not replicated among other investors who made similar vets on other stocks and lost.
This is an exams of lucky event problem in determining market efficiency.
"Server less computing" refers to a method of executing cloud computing that makes use of dynamic resource management and the cloud provider as the server.
Each location where big clouds usually spread out their operations is a data center.
Businesses of different sizes, kinds, and industries employ a variety of use cases, including as data backup, disaster recovery, email, virtual desktops, software development and testing, big data analytics, and customer-facing web apps. "Server less computing" refers to cloud computing that makes use of dynamic resource management and the cloud provider as the server.
Learn more about "Server less computing" here,
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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: 20 seats
Explanation:
The optimal number of business travellers will be the mean of Poisson distribution i.e 20, since the number of business travellers follows Poisson distribution. Which means that the probability that there will be 20 business travellers will be higher than all other numbers.
Therefore 20 seats must be assigned to business travellers to maximize the revenue.