Planning a Party

By: Antasia, Marlena, and Duaa

Jumpin' Jacks

$54 per hour for 8 hours. 100 sq. ft. Bounce House or 100 ft. long Inflatable Obstacle Course. The equation for Jumpin' Jacks is y=54x+84

Independent Variable Dependent Variable

0. 84

2. 192

4. 300

6. 408

8. 516

10. 624

Hoppin' Around

$250 for 4 hours 12 varieties of bounce houses or inflatable obstacle courses. 100 sq. ft. bounce house or 100 foot long inflatable obstacle course. The equation for Hoppin' Around is y=75x

Independent Variable. Dependent Variable

0. 0

2. 150

4. 300

6. 450

8. 600

10. 750

Burger Bonzana

$10 per person plus an initial $20 catering fee. The equation for Burger Bonzana is y=10x+20.

Independent Variable. Dependent Variable

0. 60.

50. 510.

100. 560.

150. 1410.

200. 1860.

250. 2310.

Pizza Palace

$9 per person with a setup fee of $60. The equation for pizza palace is y=9x+60.

independent Variable. Dependent Variable

0. 20.

50. 520.

100. 1020.

150. 1520.

200. 2020.

250. 2520.

Critical Thinking Questions (Part A)

  • We're finding out the Y so we started with y= then we looked at the data, we took the fee per person multiplied it by X (people) and if there was an additional fee we added it onto the equation.
  • They intersect when BB is at 40 people is at 420 people.
  • BB= 1020 PP=960
  • Proposed Plan: We think Burger Bonanza is the best plan, because its cheaper and hosts more people

Critical Thinking Questions (Part B)

  • We took the fee and multiplied it by X (independent Variable) then added the initial fee if there was.
  • They will both be the same at 4 with 300.
  • JJ= 40,584 HA= 56,250
  • Proposed Plan: We think Jumpin' Jacks are the best option, because you can have more people attend for a cheaper price than if you chose Burger Bonanza