To predict the footwear based on the marbles pulled, we first need to identify the corresponding footwear for each color of marble.
From Ava's survey data:
- Sneakers: 12 students
- Boots: 4 students
- Dress shoes: 6 students
Now, let's determine the total number of students surveyed: Total = 12 (sneakers) + 4 (boots) + 6 (dress shoes) = 22 students.
Next, we find the probability of drawing each color of marble, which corresponds to these footwear types based on the proportions from her survey.
- Total marbles: 2 (blue) + 3 (red) + 6 (yellow) = 11 marbles.
Now let's assign the footwear based on the proportion of students wearing each type of footwear:
- Sneakers: \(\frac{12}{22} \approx 0.545\)
- Boots: \(\frac{4}{22} \approx 0.182\)
- Dress shoes: \(\frac{6}{22} \approx 0.273\)
Now, we will assign the colors of marbles based on the probabilities:
- Since sneakers have the highest proportion, the yellow marbles could represent sneakers.
- Since dress shoes have the next highest proportion, the red marbles could represent boots.
- Since boots have the lowest proportion, the blue marbles could represent dress shoes.
Summarizing:
- Yellow marble: Sneakers
- Red marble: Boots
- Blue marble: Dress shoes
According to Ava's experiment, she drew 2 yellow marbles and 1 blue marble. Thus, we assess the predicted footwear:
- 2 Yellow Marbles: 2 students wearing sneakers.
- 1 Blue Marble: 1 student wearing dress shoes.
So the predicted footwear for the three randomly chosen students is:
2 students wearing sneakers and 1 student wearing dress shoes.
This option corresponds closest to the provided answers as "2 students wearing sneakers and 1 student wearing dress shoes."