Answer:
$1480.24
Step-by-step explanation:
This will be solved by the formula:
Where
FV is the future value (what we are looking for)
I is the initial amount (which is $1000)
r is the rate of interest per period (8% is annual interest, but the period is SEMI-ANNUAL, that's 6 months, half of yearly. So r would be half of 8%, which is 4% or r = 0.04)
t is the times compounding occurs in the whole time (The whole time period is 5 years, but compounding occurs semi-annually, so 5*2 = 10 times. Thus, t = 10)
<em>plugging the info into the formula we will get our answer.</em>
<em>
</em>
1. 2/5 x 3/4
1/5 x 3/2
3/10
2.-20x(-6)
multiplying two negatives equals a positive so
20x6=120
3.
A. -4
B.-20
C. Absolute value is always positive
4x2-3+15
8-3+15=20
Answer:
year 2343
Step-by-step explanation:
The population (in millions) of a certain country can be approximated by the
function:
P(x) = (100)*1.02^(x)
where x is the number of years after 2000.
If we want a population of 300 million
300.10^6 = (100)*1.02^(x)
3.10^6 = 1.02^(x)
Which can be solved with a calculator or any computational tool. See attached pictures
The answer is
x = 342.804
2000 + 342.804 = 2342.804 ≈ 2343
1. $49.05
2. $23.40
3. $88.55
4. $81.13
5. $155.25
6. $189.75
Answer:
let's use c as circumference, d for diameter
lets say c increases, d is related to c, d will also increase
if c decreases, d will too.
Let's put in this way.
Pretend you're at a store,
The more you spend, the more points you get in their loyalty program
C is going to be the amount you spend
D will be how many points you get
Spend more, more points
spend less, less points
P.S
C is the independent variable, D is the dependent variable. (I think that's the right way, if not ignore the postscript aka P.S)
