There you go, you didn’t show the representation but I drew one.
Answer: ALL THE AMOUNT SPEND ARE 3 1$ bills
1. Amount spent: 6.98
Change: 2- penny
2. Amount Spent: 6.94
Change: Penny Nickel
3. Amount Spent: 6.9
Change: 2 Nickels
4. Amount Spent: 6.89
Change: Penny, Dime
5. Amount Spent: 6.85
Change: Nickel Dime
6. Amount Spent: 6.74
Change: Penny Quarter
7. Amount Spent: 6.50
Change: 2 Quarters
8. Amount Spent: 6.80
Change: Nickel Nickel
9. Amount Spent: 6.70
Change: Quarter Dime
10. Amount Spent: 6.65
Change: Quarter Nickel
Step-by-step explanation:
Pweeeese gimme brainliest answer
Answer:
89 tickets can be sold
Step-by-step explanation:
$525 plus $12.50 (537.5)
3650 divided by 537.5 (6.79069767442)
537.5 divided the tickets being sold (89.583...)
Answer:
Step-by-step explanation:
We require the fractions to have the same common denominator
The LCM of 4 and 3 is 12 , then
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= 
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=
<span>Is this part of the problem?
The table is
x=2.5 y=6.25; x=9.4 y=88.36; x=15.6 y=243.36
In solving for x and y of an experiment, first is to get the slope and y-intercept of the line using the first and second points:
y=mx + b
6.25 = m*(2.5) + b
88.36 = m*(9.4) + b
Solving for the two unknowns using systems of linear equations (substitution or elimination method):
m= 11.9; b=-23.5
y=11.9x - 23.5
y=11.9*4-23.5
y=24.1
Therefore when x=4, the approximate value of y is 24.1
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