Chapter 15: Q1P (page 749)
Three coins are tossed; x = number of heads minus number of tails.
Short Answer
The required values are mentioned below.
.
Chapter 15: Q1P (page 749)
Three coins are tossed; x = number of heads minus number of tails.
The required values are mentioned below.
.
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(a) Note that (3.4) assumes P(A) is not equal to 0 since is meaningless if P(A) = 0.
Assuming both P(A) is not equal to 0 and P(B) is not equal to 0, show that if (3.4) is true, then
that is if B is independent of A, then A is independent of B.
If either P(A) or P(B) is zero, then we use (3.5) to define independence.
(b) When is an event E independent of itself? When is E independent of“not E”?
A card is drawn from a shuffled deck. Let if it is an ace or a face card; if it is a ; and otherwise.
Do Problem for particles in 2 boxes. Using the model discussed in Example role="math" localid="1654939679672" , find the probability of each of the three sample points in the Bose-Einstein case. (You should find that each has probabilityrole="math" localid="1654939665414" , that is, they are equally probable.)
Set up several non-uniform sample spaces for the problem of three tosses of a coin
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