Question

The two-way table shows data for a florist’s inventory by flower and color. A 5-column table has 3 rows. The first column has entries roses, tulips, total. The second column is labeled red with entries 25, 11, 36. The third column is labeled Pink with entries 8, 14, 22. The fourth column is labeled white with entries 16, 12, 28. The fourth column is labeled total with entries 49, 37, 86. What is the probability that the florist randomly selects a tulip for a bouquet? P(tulip) = StartFraction 11 Over 37 EndFraction P(tulip) = StartFraction 37 Over 86 EndFraction P(tulip) = StartFraction 37 Over 49 EndFraction P(tulip) = StartFraction 49 Over 86 EndFraction

Answer 1

Answer:

37/86

Step-by-step explanation:

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Answer 2

The probability that the florist randomly selects a tulip for a bouquet using the given table is; 37/86

How to find probability from tables?

From the given table we see that;

Total number roses = 49

Total number of tulips = 37

Now, we want to find the probability that the florist randomly selects a tulip for a bouquet. Thus;

P(selecting tulip for a bouquet) = total number of tulips/total number of bouquets

Thus;

P(selecting tulip for a bouquet) = 37/(49 + 37)

P(selecting tulip for a bouquet) = 37/86

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