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Looking at the visual, we can see five figures: KLM, 1, 2, 3, and 4.
Applying t<span>he rule T1, -4 RO, 180°(x, y) to rectangle KLMN - without even solving - just by merely observing, we can say (without a doubt) that the rectangle KLMN will most likely fall in the negative axis.
First rotation: -4 to the left.
Second rotation: -4 to the left.
Last rotation: -4 to the left making the last figure 3. <----- What we are looking for!
Therefore, the rectangle which shows the final image is figure 3 or rectangle 3.</span>
Answer: Parents.
Step-by-step explanation:
- In statistics , a population is a large group of similar things or members by researcher's perspective from that he/ she draw a finite subset also known as sample to follow his / her research.
Here, Sharon wants to estimate the percentage of parents that use cloth diapers.
i.e.Researcher = Sharon
Since Sharon will reach parents about her objective of whether they use cloth diapers.
So , Population = Parents
If She asks a randomly selected group of 75 parents whether or not they use cloth diapers , then Sample size is 75 .
Therefore, the population is : "Parents."
Answer:$4,369.17
Step-by-step explanation:
Compound interest (A)= P(1 + r/n)^not
A = compound interest
P = principal
r = rate
n = number of times the interest is compounded in a year
t = Time
From our data,
R = 3.6%
T =30 years
P = $535000
n= 12
A = 535000(1 + 0.036/12)^12*30
A= 535000*2.94
A= $1,572,900
In 30 years, we have (30*12) number of months = 360 months
To get the amount paid monthly, we divide the compound interest by the total number of months they'll repay the loan
Monthly payment = $1,572900/360 = $4,369.17
Answer: OPTION A
Step-by-step explanation:
It is important to remember the "Angle Addition Postulate" in order to solve this exercise.
You have this larger angle:
According to the "Angle Addition Postulate", if the point "C" is in the interior of , then the measure of this angle can be obtained by adding the angle 
and the angle 
.
You can observe in the figure that:
Then you get that:
Therefore, the correct answer is Option A.
Answer:
$13,177.97
Step-by-step explanation:
Compound Interest Formula
A = final amount
P = initial investment
r = interest rate
n = number of times the rate is applied during a time period
t = number of times the time period has elapsed
