Answer:
$9.63
Explanation:
Data provided in the question:
Year Annual dividend paid
1 $1.20
2 $1.12
3 $1.12
4 $14.20
Now,
Year Annual dividend paid Present value factor Present value
1 $1.20 0.84246 1.011
2 $1.12 0.84246 0.7949
3 $1.12 0.59793 0.6696
4 $14.20 0.50373 7.1529
===============================================================
Worth of stock = 1.011 + 0.7949 + 0.6696 + 7.1529
= $9.6284 ≈ $9.63
Note:
Present value factor = [ 1 ÷ (1 + 0.187)ⁿ]
here,
n is the year
The sample standard deviation of this dataset is =19.1.
The Standard deviation is a degree of the amount of variant or dispersion of a set of values. A low widespread deviation indicates that the values tend to be near the mean of the set, at the same time as a high widespread deviation indicates that the values are spread out over a much wider variety.
x x- \bar x=x-101 (x-ˉx)2
96 -5 25
125 24 576
80 -21 441
110 9 81
75 -26 676
100 -1 1
121 20 400
∑x=707 ∑(x-\bar x)=0 ∑(x-\bar x)2=2200
Mean \bar x =∑x/n
=96+125+80+110+75+100+121/7
=707/7
=101
Sample standard deviation S=√∑(x-\bar x)2/n-1
=√2200/6
=√366.6667
=19.1
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The franchaiser may supply financing
Answer:
The correct answer is option e.
Explanation:
The GDP of a country is the value of final goods and services produced in the geographical boundaries of a nation in a year. It does not include the value of intermediate goods produced. This is because it may lead to double counting. So the value of intermediate goods is included as a part of the value of the final good. It also does not include the value of services provided by homemakers.
Financial transactions such as purchase and sale of stocks and shares are not included. This is because it does not involve the production of any good or service. Sale of second-hand goods is also not included because of the problem of double counting.
The time required to get a total amount of $3,300.00 with compounded interest on a principal of $1,650.00 at an interest rate of 6.2% per year and compounded 12 times per year is 11.209 years. hence the answer is
A. 2001
<h3>Compound Interest Calculation</h3>
(about 11 years 3 months)
First, convert R as a percent to r as a decimal
r = R/100
r = 6.2/100
r = 0.062 per year,
Then, solve the equation for t
t = ln(A/P) / n[ln(1 + r/n)]
t = ln(3,300.00/1,650.00) / ( 12 × [ln(1 + 0.062/12)] )
t = ln(3,300.00/1,650.00) / ( 12 × [ln(1 + 0.0051666666666667)] )
t = 11.209 years
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