Frank, Betty, Mark, Mary, Andy, Chris
Mary is fourth in line.
Answer:
If all of the sections are the same well it is 21
Step-by-step explanation:
35 x 3/5 = 21
Answer:
4(4x + 5)
Step-by-step explanation:
4 goes into both 16 and 20.
4×4 is 16 and
4×5 is 20.
When factoring you put the nunber you factored out typically, in front. Then the remaining factor goes in a set of parenthesis.
This is like undoing distributive property.
16x + 20
= 4(4x+5)
Let x is the price for one ticket in section A and y for section B.
In first week they paid <span>$108 for 6 tickets in section A and 10 tickets in section B.
So,
6x + 10y = 108
And in t</span><span>he following week, they paid $104 for 4 tickets in section A and 12 tickets in section B.
So,
4x + 12y = 104
12y = 104 -4x
y= (104 -4x) /12
now, put this value for y in first equation
6x +10(104 - 4x / 12) = 108
multiplying all terms with 12
72x +10(104 -4x) = 1296
72x + 1040 -40x = 1296
32x = 256
x = 8
So, price for one ticket in section A is $8.
</span>
<u>Answer:</u>
The data sets can be same.
<u>Step-by-step explanation:</u>
If there are two sets of data having the same measures of central tendency, then there is a possibility that the data sets the same
The two data sets could be the same but its not necessary. It is possible for data sets to be different in term of their spread but still have the same measures of center.
The measures of spread for the two data sets could be different.
