Compare Proportional Relationships Quick Check

Question

4 of 54 of 5 Items

Question
Use the table to answer the question.

Water Park A
($) Cost per Ride
Rides ($) Cost
0 0.00
2 2.104
4 4.208
6 6.312
Compare the cost for 1 ride for Water Park A and Water Park B to determine the cost per ride of each water park and which water park has the lowest cost per ride. The proportional relationship for Water Park B is represented by the equation y=1.155x. Round the cost per ride to the nearest cent.

(1 point)
Responses

Rounded to the nearest cent, the cost per ride at Water Park A is $1.052, and the cost for 1 ride at Water Park B is $1.115 per ride. Water Park A has the lowest cost per ride.
Rounded to the nearest cent, the cost per ride at Water Park A is $1.052, and the cost for 1 ride at Water Park B is $1.115 per ride. Water Park A has the lowest cost per ride.

Rounded to the nearest cent, the cost per ride at Water Park A is $1.05, and the cost for 1 ride at Water Park B is $1.16 per ride. Water Park A has the lowest cost per ride.
Rounded to the nearest cent, the cost per ride at Water Park A is $1.05, and the cost for 1 ride at Water Park B is $1.16 per ride. Water Park A has the lowest cost per ride.

Rounded to the nearest cent, the cost per ride at Water Park A is $0.95, and the cost for 1 ride at Water Park B is $1.16 per ride. Water Park A has the lowest cost per ride.
Rounded to the nearest cent, the cost per ride at Water Park A is $0.95, and the cost for 1 ride at Water Park B is $1.16 per ride. Water Park A has the lowest cost per ride.

Rounded to the nearest cent, the cost per ride at Water Park A is $1.16, and the cost for 1 ride at Water Park B is $1.05 per ride. Water Park B has the lowest cost per ride.

Answer 1

Rounded to the nearest cent, the cost per ride at Water Park A is $1.05, and the cost for 1 ride at Water Park B is $1.16 per ride. Water Park A has the lowest cost per ride.