<h3>
Answer: A) 6</h3>
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Explanation:
The distribution is perfectly symmetrical about the center 6. Notice how the left side is a mirror copy of the right side, due to the heights being the same. Because of this, the mean, median and mode are all the same value and that is 6. The mode is equal to 6 as this is the most frequent value.
The longer way to do this problem is to add up each value shown. We have four copies of '2', six copies of '3', and so on. The total sum you would get is 372. Divide this over 62 because there are 62 smaller green squares. The final result is the mean of 6.
Here are a few algebraic expressions that include
the constant ' 7 ' and the variable 'y' :
7y
2y + 7
(y + 3) · (y - 7)
7 sin(y)
7x² +43z - 0.1y
√7 / y
19 y⁷
Answer:
1 would be on 1.4 so before 1.5 on the line
2 would be on around 4.1 so after 4.0 by a little
3 would be on 3.3 so kind of in the middle of 3.0 and 3.5
4 would be on 2.8 so before 3.0
5 is on 2.2 so a little after 2.0
6 would be just a little more than 5 around 5.09
11 is E
12 is A
13 is D
14 is C
15 is B
16 is B
17 is A
18 is D
19 is C
20 is E
All you have to do is find the square root through a calculator then round your answer and estimate where it would go on the line. Hope this helped
Answer:
u b
Step-by-step explanation:
g
Answer:
The inequality would be true
Step-by-step explanation:
4(c+2) < 4c + 10
Distribute the 4 on the left
4c + 8 < 4c + 10
Subtract 4c from both sides
8 < 10
8 < 10 is true
