In each of the situations, choose whether or not the given assignment of probabilities to individual outcomes is legitimate. Remember, a legitimate model need not be a practically reasonable model. If the assignment is not legitimate, choose the correct reason for your answer.
(a) Roll a six‑sided die and record the count of spots on the up‑face:
?(1)=0,?(2)=1/6,?(3)=1/3,?(4)=1/3,?(5)=1/6,?(6)=0P(1)=0,P(2)=1/6,P(3)=1/3,P(4)=1/3,P(5)=1/6,P(6)=0 .
This is not a legitimate model because the sum of the probabilities does not equal 11 .
This is not a legitimate model because you cannot have a probabiltiy of 00 .
This is a legitimate model.
This is not a legitimate model because one of the probabilities is greater than 11 .
(b) Deal a card from a shuffled deck:
?(clubs)=12/52P(clubs)=12/52 , ?(diamonds)=12/52P(diamonds)=12/52 , ?(hearts)=12/52P(hearts)=12/52 , ?(spades)=16/52P(spades)=16/52 .
This is a legitimate model.
This is not a legitimate model because you also need to consider the probability of the face cards.
This is not a legitimate model because the sum of the probabilities does not equal 11 .
This is not a legitimate model because one of the probabilities is greater than 11 .
(c) Choose a college student at random and record sex and enrollment status:
?(female full‑time)=0.56,?(female part‑time)=0.24,?(male full‑time)=0.44,?(male part‑time)=0.17P(female full‑time)=0.56,P(female part‑time)=0.24,P(male full‑time)=0.44,P(male part‑time)=0.17 .
This is not a legitimate model because the sum of the probabilities is greater than 11 .
This is not a legitimate model because you cannot combine the probability of sex and enrollment status.
This is a legitimate model.
This is not a legitimate model because one of the probabilities is greater than 11 .
In each of the situations, choose whether or not the given assignment of probabilities to individual...
urgent help with python. can somone code this please and show output QUESTION: There are a variety of games possible with a deck of cards. A deck of cards has four different suits, i.e. spades (*), clubs (*), diamonds (), hearts (), and thirteen values for each suit. Now write a function that uses list comprehension to create a deck of cards. Each element in the list will be a card, which is represented by a list containing the suit...
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