I will have $2721 at the beginning of the eighth year.
The beginning of the eighth year is the end of <em>seven years of investing</em>.
The formula for the future value (FV) of my investment is
FV = <em>C</em>(1 + <em>r</em>)^<em>n</em>
where <em>C</em> = my initial cash
<em>r</em> = the interest rate
<em>n</em> = the number of years
FV = $2000(1.045)^7 = $2722
Answer:

Step-by-step explanation:
<u>Alternating Sequences</u>
A sequence whose terms alternate in the sign is called an alternating sequence.
The given sequence consists of the numbers -6 and 6 in infinite alternation.
Such sequences can be expressed as equations of the form

Where a is the constant absolute value of each term and m is an expression adequately arranged to reproduce the alternation of signs.
Since the sign is minus for odd terms, and plus for even terms, m=n is a good expression for m. Thus:

5% X
100. 15. Cross multiply
5×15=75. 100×X=100X
÷ ÷
100=7.5. 100=1
15.00
- 7.50. X=8.50$ sale price i
8 .50. is $8.50
Answer:
D. r^10*s^5
Step-by-step explanation:

Answer:
2
Step-by-step explanation:
let x be the missing place
28/100=x/10 + 8/100
multiply through by 100
28=10x +8
28-8=10x
20/10=x
2=x