According to a center for disease control, the probability that a randomly selected person has hearing problems is 0.155. The probabiity that a randomly selected person has vision problems is 0.084. Can we compute the probabiitiy of randomly selecting a person who has hearing problems or vision problems by adding these probabilities

23.9% probabiitiy of randomly selecting a person who has hearing problems or vision problems.

Step-by-step explanation:

We have these following probabilities:

0.155 = 15.5% probability that a randomly selected person has hearing problems.

0.084 = 8.4% probabiity that a randomly selected person has vision problems.

Can we compute the probabiitiy of randomly selecting a person who has hearing problems or vision problems by adding these probabilities

These probabilities are independent(a person having hearing problems is independent from having vision problems), which means that we can add these probabilities.

15.5 + 8.4 = 23.9%

23.9% probabiitiy of randomly selecting a person who has hearing problems or vision problems.

the first dot plot best represents the data

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maximum area = xy = (16)(32) = 512 ft2

to maximize the area of the garden, the side of the fence parallel to the side of the house should be 32 ft long, and the other two sides should both have length 16 ft.'

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