a. By the law of total probability,
and using the definition of conditional probability we can expand the probabilities of intersection as
b. Using Bayes' theorem (or just the definition of conditional probability), we have
c. Same reasoning as in (b):
d. Same as before:
(Notice how the probabilities conditioned on add up to 1)
Answer:
Step-by-step explanation:
Everybody gets 2 a piece
The question is incomplete. Below you will find the missing part of the question.
How many rabbits were there after x years? Write a function to represent this scenario.
rabbits were there after x years.
The function form is
The number of rabbits released each year is 8.
During 0 year, there will be 8 rabbits;
During year 1, the number of rabbits will be 8+8 = 16, i.e. 8×2¹ = 16
Similarly, during the year 2, the number of rabbits will be 16+16 i.e. 8×2² = 32
So, according to the pattern we can say that the function would be
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