Is it appropriate to use the geometric distribution to There are four blood types, and not all are equally likely to be in blood banks. In a certain blood bank, 49% of donations are type O blood, 27% of donations are type A blood, 20% of donations are type B blood, and 4% of donations are type AB blood. A blood bank wants to know how many donations will be required, on average, to achieve at least one of each of the blood types. calculate probabilities in this situation? O Yes, the geometric distribution is appropriate. O No, since each trial is not independent of the other trials. O No, because it is not looking for the first occurrence of success. O No, since a success and failure on each trial cannot be defined.

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TIME REMAININ
35:35
Is it appropriate to use the geometric distribution to
calculate probabilities in this situation?
There are four blood types, and not all are equally likely
to be in blood banks. In a certain blood bank, 49% of
donations are type O blood, 27% of donations are type A
blood, 20% of donations are type B blood, and 4% of
donations are type AB blood. A blood bank wants to
know how many donations will be required, on average,
to achieve at least one of each of the blood types.
O Yes, the geometric distribution is appropriate.
O No, since each trial is not independent of the other
trials.
O No, because it is not looking for the first occurrence
of success.
O No, since a success and failure on each trial cannot
be defined.
hp
Transcribed Image Text:TIME REMAININ 35:35 Is it appropriate to use the geometric distribution to calculate probabilities in this situation? There are four blood types, and not all are equally likely to be in blood banks. In a certain blood bank, 49% of donations are type O blood, 27% of donations are type A blood, 20% of donations are type B blood, and 4% of donations are type AB blood. A blood bank wants to know how many donations will be required, on average, to achieve at least one of each of the blood types. O Yes, the geometric distribution is appropriate. O No, since each trial is not independent of the other trials. O No, because it is not looking for the first occurrence of success. O No, since a success and failure on each trial cannot be defined. hp
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