Answer:
32x+540
Step-by-step explanation:
Mma can see that 2.09 is closer to 2 than 2.36.
We can model the problem in many different ways.
One example is to divide 12 counters (modelled as circles) into six boxes (modelled as square)
We have two circles inside each box
The model is shown in diagram below
Answer:
The correct option is;
H. 32·π
Step-by-step explanation:
The given information are;
The time duration for one complete revolution = 75 seconds
The distance from the center of the carousel where Levi sits = 4 feet
The time length of a carousel ride = 5 minutes
Therefore, the number of complete revolutions, n, in a carousel ride of 5 minutes is given by n = (The time length of a carousel ride)/(The time duration for one complete revolution)
n = (5 minutes)/(75 seconds) = (5×60 seconds/minute)/(75 seconds)
n = (300 s)/(75 s) = 4
The number of complete revolutions - 4
The distance of 4 complete turns from where Levi seats = 4 ×circumference of circle of Levi's motion
∴ The distance of 4 complete turns from where Levi seats = 4 × 2 × π × 4 = 32·π.
Answer:
Set 2 has a wider spread and has range of 27
Explanation:
We are given the below two sets of data:
Set 1 Set 2
17 81
13 70
18 94
24 68
21 95
Now, let's find the range of Set 1:



Now, let's find the range of Set 2:



Since, the Set 2 has more range, therefore, Set 2 has a wider spread and a range of 27