(3, 5)
(6, 10)
(9, 15)
(12, 20)
The ratio of apples to servings is consistent at 3:5 for each ordered pair.
Graphing these points on a coordinate plane would create a straight line starting at the origin with a slope of 3/5.
the table shows the number of apples mr wu needs for different serving sizes of apple crisp
apples servings
3 5
6 10
9 15
12 20
plot each ordered pair in the coordinate plane to show the ratio of apples to servings
3 answers
which ordererd pair shows an equivalent ratio of apples to serving sizes
choose one:
15,25
25,15
15,30
18,35
choose one:
15,25
25,15
15,30
18,35
To find the equivalent ratio of apples to serving sizes, we need to simplify the ratio.
For the ordered pair 15, 25:
The ratio of apples to servings is 15:25. This ratio can be simplified by dividing both numbers by 5 to get 3:5.
For the ordered pair 25, 15:
The ratio of apples to servings is 25:15. This ratio can be simplified by dividing both numbers by 5 to get 5:3.
For the ordered pair 15, 30:
The ratio of apples to servings is 15:30. This ratio can be simplified by dividing both numbers by 3 to get 5:10, which can be further simplified to 1:2.
For the ordered pair 18, 35:
The ratio of apples to servings is 18:35. This ratio cannot be simplified further.
Therefore, the ordered pair that shows an equivalent ratio of apples to serving sizes is 25, 15.
For the ordered pair 15, 25:
The ratio of apples to servings is 15:25. This ratio can be simplified by dividing both numbers by 5 to get 3:5.
For the ordered pair 25, 15:
The ratio of apples to servings is 25:15. This ratio can be simplified by dividing both numbers by 5 to get 5:3.
For the ordered pair 15, 30:
The ratio of apples to servings is 15:30. This ratio can be simplified by dividing both numbers by 3 to get 5:10, which can be further simplified to 1:2.
For the ordered pair 18, 35:
The ratio of apples to servings is 18:35. This ratio cannot be simplified further.
Therefore, the ordered pair that shows an equivalent ratio of apples to serving sizes is 25, 15.