Answer:
4%
Explanation:
Solution:
Calculation for the the implied interest rate the investor will earn on the security
Using this formula
Future value = Present Value (1+r)^t
Where,
Future value =$7,300
present value = $6,000
t= period = 5 years
r= interest implied = ??
Let plug in the formula
Future value = Present Value (1+r)^t
$7,300 = $6,000 (1+ r)^5
1+ r = ($7,300/$6,000 )^(1/5)
1+ r = 1.216666666^(1/5)
1+ r = 1.04
r= 1.04-1
r= 0.04*100
r= 4%
Therefore the implied interest rate the investor will earn on the security will be 4%
Answer:
Benford's Law predicts the frequency of leading digits using base-10 logarithms which predict that specific frequencies will decrease from 1 to 9.
It predicts that in a large set of data, the leading digits will be as following:
<u>Leading number</u> <u>Probability of appearance</u>
1 30%
2 18%
3 12%
4 10%
5 8%
6 7%
7 6%
8 5%
9 4%
Benford's Law is used by forensic accountants since people who fabricate data figures tend to distribute the leading digits uniformly. If you compare the distribution of the leading digits of the data sample with the expected distribution using Benford's Law you can detect any anomaly (e.g. if number 3 shows up 30% of the time instead of around 12%).
The correct answer is C. Stock
When you buy stocks, you buy pieces of the company. You trade stocks on a stock market.
Answer:
He has created his own personal financial statements.
Explanation:
I just did the test and it was correct!! Hope this helps you!!! :)
The answer is the correct value
<span>To evaluate the accuracy of a measurement, the measured value must be compared to the correct value and you must compare the values of two or more repeated measurements
By doing this, you will have a set of standard to follow to make sure that the result of your research still placed within the scope of standards that accepted by experts in your field, which reduce the likelihood of your result to be considered as invalid.</span>
