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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
12.50
11.250.833
101.667
8.752.5
7.53.333
6.254.167
55
3.755.833
2.56.667
1.257.5
-08.333
Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color red
xy
6.250
5.6250.417
50.833
4.3751.25
3.751.667
3.1252.083
2.52.5
1.8752.917
1.253.333
0.6253.75
-04.167
Label "Number of pencils" at pixel coordinates (175,0).Label "Number of pineapples" at pixel coordinates (0,170).

As a result we can conclude that the

 

Hint


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
16.66670
151
13.33332
11.66673
104
8.33335
6.66676
57
3.33338
1.66679
-010
Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color red
xy
100
91
82
73
64
55
46
37
28
19
-010
Label "Number of pencils" at pixel coordinates (175,0).Label "Number of avocados" at pixel coordinates (0,170).

As a result we can conclude that

 

Hint


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
110
9.90.917
8.81.833
7.72.75
6.63.667
5.54.583
4.45.5
3.36.417
2.27.333
1.18.25
-09.167
Graphing window shows horizontal axis: 0 to 20, vertical axis: 0 to 20. Start Graph, Color red
xy
110
9.91.008
8.82.017
7.73.025
6.64.033
5.55.042
4.46.05
3.37.058
2.28.067
1.19.075
-010.083
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

 

Hint