Answer:
$1.07
Explanation:
In this question ,we use the formula which is shown below:
A = P × (1 + r ÷ 100)^n
where,
P = Present value $0.90
A = Future value
rate =3%
number of years = 6
Now put these values to the above formula
So, the value would be equal to
= $0.90 × (1 + 3%)^6
= $0.90 × 1.03^6
= $0.90 + 1.194052
= $1.07
We considered all the items so that the correct dividend can come
Answer:
The future value of the $200 invested yearly for 4 years at 8% is $973.32
Explanation:
The future value of an immediate annuity is given by the formula = (1+r)*[P*((1+r)^n-1)/r]
P=is the periodic payment of $200
r=rate of return=8 percent
n=number of years=4
By slotting the variables into the formula we have:
Fv=(1+0.08)*(200*((1+0.08)^4-1)/0.08)
FV=$973.32
Judging by the concept of time value of money, it is expected that the sum invested at interest would have been much more at maturity of the investment as $1 today should give a lot more than $1 in future.
Decimal Reading Vernier Scale. 1/40th of an inch is subdivided into 25 by the vernier to read to one- thousandth. One inch is first divided into ten, and then 40 graduations. Each smallest graduation on the main beam repre- sents .025
