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seen Sep 13 '13 at 23:49

Sep
22
accepted Why are these two events not independent?
Sep
22
revised Why are these two events not independent?
added 1 characters in body
Sep
22
revised Why are these two events not independent?
edited body
Sep
22
revised Why are these two events not independent?
added 2 characters in body
Sep
22
awarded  Custodian
Sep
22
comment Why are these two events not independent?
any idea on how to make a carriage return in the editor?
Sep
22
reviewed Approve suggested edit on Why are these two events not independent?
Sep
22
comment Why are these two events not independent?
ok, this is a clear explanation,thank you! I'll accept the answer when the system allows
Sep
22
revised Why are these two events not independent?
added 2 characters in body
Sep
22
comment Why are these two events not independent?
how do i start a new line? I hit "enter" in the editor but Pr(E) =.51 Pr(F) =.91 E $\bigcap$ F = { HT, TH} = .21 + .21 = .42 $\neq$ Pr(E) $\cdot$ Pr(F) are still on the same line....
Sep
22
asked Why are these two events not independent?
Sep
21
accepted Winning game of craps?
Sep
21
comment Winning game of craps?
@ArthurFischer Thank you! The MathJax basic tutorial and quick reference was particularly useful!
Sep
21
comment Probability in flipping a coin
source: math.bme.hu/~balazs/a3pr9f06.pdf Question/Answer #6
Sep
21
comment Probability in flipping a coin
I found another answer and added to the body of my question. What do you think of that?
Sep
21
revised Probability in flipping a coin
added 695 characters in body
Sep
21
comment Probability in flipping a coin
errr, no not really... do you agree that the answer is 1-p?
Sep
21
comment Probability in flipping a coin
one solution manual says $1-p$, the other one says it's $\frac {15}{16}$...x_x
Sep
21
asked Probability in flipping a coin
Sep
21
awarded  Critic