A particle starts at the origin of the real line and moves


1. Suppose we play a game where we start with dollars. On each play of the game you either double or halve your money, with equal probability. What is your expected fortune after trials?

2. Show that V(X) = 0 if and only if there is a constant such that (c)= 1.

3. Let X1,..., X∼ Uniform(01) and let Y= max{X1,..., Xn}. Find E(Yn).

4. A particle starts at the origin of the real line and moves along the line in jumps of one unit. For each jump the probability is that the particle will jump one unit to the left and the probability is 1-p that the particle will jump one unit to the right. Let Xbe the position of the particle after units. Find E(Xn) and V(Xn). (This is known as a random walk.)

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Basic Statistics: A particle starts at the origin of the real line and moves
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