Binomal Distribution Problem Set The next 10 questions refer to the following scenario: The Statspoodle, a German dog, can have pointy or floppy ears. Whether a Statspoodle has pointy or floppy ears...

#6Binomal Distribution Problem Set<br>The next 10 questions refer to the following scenario: The Statspoodle, a German<br>dog, can have pointy or floppy ears. Whether a Statspoodle has pointy or floppy ears<br>follows a Bernoulli process. The probability that a Staatspoodle has pointy ears is<br>p(pointy)=0.25 and the the probability that a Statspoodle has floppy ears is<br>p(floppy)=0.75. For your graduation, you receive a Statspoodle and find out that she<br>is pregnant. An ultrasound reveils that your new Statspoodle will have four puppies.<br>

Extracted text: Binomal Distribution Problem Set The next 10 questions refer to the following scenario: The Statspoodle, a German dog, can have pointy or floppy ears. Whether a Statspoodle has pointy or floppy ears follows a Bernoulli process. The probability that a Staatspoodle has pointy ears is p(pointy)=0.25 and the the probability that a Statspoodle has floppy ears is p(floppy)=0.75. For your graduation, you receive a Statspoodle and find out that she is pregnant. An ultrasound reveils that your new Statspoodle will have four puppies.
What's the probability that none, one, or two puppies have pointy ears?<br>0.80<br>0,85<br>0.90<br>0.95<br>

Extracted text: What's the probability that none, one, or two puppies have pointy ears? 0.80 0,85 0.90 0.95

Jun 09, 2022
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