Planning a birthday party! you are a friend plan her party at a bowling alley. the bowling alley offers different birthday party packages: package a is represented by the function c = 7p + 5 where c is the total cost and p is the number of people. package b is represented in the table. number of people, total cost $ 1 person- 12.50 2 person- 19.00 3 person- 25.50 4 person- 32.00

Hello!

To find which package would be most affordable, we can substitute 12 into both given packages to find which one would be the most cheap.

Package A: C = 7p + 5, C = total cost, p = number of people.

C = 7(12) + 5

C = 84 + 5

C = 89

If she chooses package A, it would cost 89 dollars to invite 12 people.

Package B: To find the equation for this package, we can find the common difference in the number of people.

19.00 - 12.50 = 6.5 and 25.50 - 29.00 = 6.5

Therefore, the equation for this package is C = 6.5p, C = total cost, p = number of people.

C = 6.5(12)

C= 78

If she chooses package B, it would cost her 78 dollars to invite 12 people.

Therefore, if your friend wants to invite 12 people to her birthday, she would go with Package B, because it is more cost-effective than Package A.

the equation for this situation is y=122+45. to solve the equation you would add 45 and 122 to get a total of 167lbs. in conclusion, grace's weight eight weeks ago was 167lbs.  

75

step-by-step explanation: