A rose garden supplies roses of various colours to a florist. Everyday the gardener picks 200 roses and delivers them to the florist. There is a 30% chance that a red rose is primed to be picked by the gardener on a day. Find the probability that at most 70 red roses are delivered to the florist on a day. Compute the maximum integer m such that the probability that there are at least m red roses delivered to the florist on a day is at least 0.6.

A First Course in Probability (10th Edition)
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ISBN:9780134753119
Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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1.
A rose garden supplies roses of various colours to a florist. Everyday the gardener
(а)
picks 200 roses and delivers them to the florist. There is a 30% chance that a red
rose is primed to be picked by the gardener on a day. Find the probability that at
most 70 red roses are delivered to the florist on a day. Compute the maximum
integer m such that the probability that there are at least m red roses delivered to the
florist on a day is at least 0.6.
Transcribed Image Text:1. A rose garden supplies roses of various colours to a florist. Everyday the gardener (а) picks 200 roses and delivers them to the florist. There is a 30% chance that a red rose is primed to be picked by the gardener on a day. Find the probability that at most 70 red roses are delivered to the florist on a day. Compute the maximum integer m such that the probability that there are at least m red roses delivered to the florist on a day is at least 0.6.
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