Try another version of these questions

Question 1

Suppose that the original budget constraint is in blue and the consecutive budge constraint is in red.



Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color blue
xy
100
91.667
83.333
75
66.667
58.333
410
311.667
213.333
115
-016.667
Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color red
xy
150
13.52.5
125
10.57.5
910
7.512.5
615
4.517.5
320
1.522.5
-025
Label "Number of pencils" at pixel coordinates (175,0).Label "Number of apples" at pixel coordinates (0,170).

As a result we can conclude that the

 

Hint


Question 2

Suppose that the original budget constraint is in blue and the consecutive budget constraint is in red.



Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color blue
xy
120
10.81.5
9.63
8.44.5
7.26
67.5
4.89
3.610.5
2.412
1.213.5
-015
Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color red
xy
60
5.41.5
4.83
4.24.5
3.66
37.5
2.49
1.810.5
1.212
0.613.5
-015
Label "Number of envelopes" at pixel coordinates (175,0).Label "Number of avocados" at pixel coordinates (0,170).

As a result we can conclude that

 

Hint


Question 3

Suppose that the original budget constraint is in blue and the consecutive budget constraint is in red.



Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color blue
xy
100
91.25
82.5
73.75
65
56.25
47.5
38.75
210
111.25
-012.5
Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color red
xy
100
91.5
83
74.5
66
57.5
49
310.5
212
113.5
-015
Label "Number of pencils" at pixel coordinates (175,0).Label "Number of oranges" at pixel coordinates (0,170).

As a result we can conclude that

 

Hint