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That matrix multiplication was wrong...
P_(3, 3) could be 2/5 instead of 1/5 because the rows of the transition probability matrix should add up to one.
There is an error in data when you multiplied Pi terms with Matrix P.
A transition matrix can have elements that are 0 and the Markov Chain can still be irreducible. Its better to use the actual definition of a Markov chain to avoid mistakes
I didn't understand after 3:49 . How did you get the equations. Please explain ❤
Thank you
You are amazing bro I get it now
correct equation A
you have a mistake at 3:34, this is not the equations for the transition matrix u showed before
Yo Jonathan, can you tell me the right equations
In case you follow the original marix
Thanks Broh but you doing it all wrong from multiplication of the first row and first column
He is doing it all wrong. The equations came out wrong and from there it all snowballed into a big error.
halar bokabip...
That matrix multiplication was wrong...
P_(3, 3) could be 2/5 instead of 1/5 because the rows of the transition probability matrix should add up to one.
There is an error in data when you multiplied Pi terms with Matrix P.
A transition matrix can have elements that are 0 and the Markov Chain can still be irreducible. Its better to use the actual definition of a Markov chain to avoid mistakes
I didn't understand after 3:49 . How did you get the equations. Please explain ❤
Thank you
You are amazing bro I get it now
correct equation A
you have a mistake at 3:34, this is not the equations for the transition matrix u showed before
Yo Jonathan, can you tell me the right equations
In case you follow the original marix
Thanks Broh but you doing it all wrong from multiplication of the first row and first column
He is doing it all wrong. The equations came out wrong and from there it all snowballed into a big error.
halar bokabip...