The most misleading graph is graph B because the blue rectangle and the red rectangle do not have the same width when plotted on the same scale
<h3>The ratio of the median weekly earnings</h3>
From the graph, we have the median weekly earnings to be:
- High school diploma = $750
- Bachelor's degree = $1250
So, the ratio is:
Ratio = $750 : $1250
Simplify
Ratio = 3 : 5
Hence, the ratio of the median weekly earnings is 3 : 5
<h3>The ratio of the area of the red rectangle to the blue rectangle in graph A?</h3>
In (a), we have:
Ratio = 3 : 5
The scale on the horizontal axis is given as:
1 unit per grid mark
Both rectangles have a width of 1 unit.
So, we have:
Ratio = 3 * 1: 5 * 1
Simplify
Ratio = 3 : 5
Hence, the ratio of the area of the red rectangle to the blue rectangle in graph A is 3 : 5
<h3>The ratio of the area of the red rectangle to the blue rectangle in graph B?</h3>
In (a), we have:
Ratio = 3 : 5
The scale on the horizontal axis is given as:
1 unit per grid mark
The red rectangle has a width of 3 units, while the blue has 5 units as its width
So, we have:
Ratio = 3 * 3 : 5 * 5
Simplify
Ratio = 9 : 25
Hence, the ratio of the area of the red rectangle to the blue rectangle in graph B is 9 : 25
<h3>The ratio of the volume of the red cube to the blue cube in graph C?</h3>
In (a), we have:
Ratio = 3 : 5
The scale on the horizontal axis is given as:
1 unit per grid mark
The red rectangle has a width of 3 units, while the blue has 5 units as its width.
Since the base are squares, we have:
Ratio = 3 * 3 * 3 : 5 * 5 * 5
Simplify
Ratio = 27 : 125
Hence, the ratio of the volume of the red cube to the blue cube in graph C is 27 : 125
<h3>The most misleading graph</h3>
The most misleading graph is graph B.
This is so because the blue rectangle and the red rectangle do not have the same width when plotted on the same scale
Read more about bar charts at:
brainly.com/question/24741444
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grams to remain; after another 5 days, you'd be left with 
grams.