The circumference of a circle has the formula:
C = 2 π r
Now when it is dilated by a factor of 4, this only means
that the radius is also multiplied by a factor of 4, therefore the new
circumference is:
C’ = 2 π (4 r)
C’ = 8 π r
So it also grows 4 times.
Answer:
<span>The circumference will be 4 times greater than the
original.</span>
Answer:
The answer to your question is below
Step-by-step explanation:
To decide if a point is a solution to the inequality, this point when plotted must be in the shaded area.
(0, 0) It is a solution of the inequality
(4, -1) It is not part of the inequality
(-1, 4) It is a solution of the inequality
(0, -2) It is not a solution to the inequality
(-2, 0) It is a solution to the inequality
(-4, 0) It is a solution to the inequality
You can simply look and see if one is terminating by seeing if it ends. For example, 2.54 is terminating since the numbers after the decimal aren't repeating. A repeating number is for example 0.555555..
How to convert fraction to decimalFor example, in order to get a decimal fraction, 3/4 is expanded to 75/100 by multiplying the numerator by 25 and denominator by 25:<span><span>3=3×25=75=0.75</span><span>44×25100</span></span>. the answer is 4.6 for your question.
The maximax decision for Susan would be to have a very large gasoline station.
<h3>What is a Maximax decision?</h3>
This is the decision that provides a person with the maximum possible profits or advantages.
<h3>What is the Maximax decision in this case?</h3>
In this case, the maximax decision is a very large gasoline station because the possible profits add up to $325,000 ($25,000 + $300,000) and the possible losses are $100,000. This implies with this type of gasoline station Susan could maximize her profits even though there is a risk.
Note: This question is incomplete; here is the missing section:
- What is the Maximax decision?
Learn more about decisions in: brainly.com/question/7383200
