Mixing
sigma algebra power set which is 2 to the power of sigma?
-1
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Related to this post:
Understanding $sigma$-algebra and power set
My question is the title of this post. Please let me know if I can improve this question.
Best regards,
R
measure-theory elementary-set-theory
asked Jan 7 at 11:07
user175199user175199
1
$endgroup$
add a comment |
-1
$begingroup$
Related to this post:
Understanding $sigma$-algebra and power set
My question is the title of this post. Please let me know if I can improve this question.
Best regards,
R
measure-theory elementary-set-theory
asked Jan 7 at 11:07
user175199user175199
1
$endgroup$
1
$begingroup$
Yes, you can improve this question. This because I cannot figure out what your question is.The title of your post is not clear enough for me.
$endgroup$
– drhab
Jan 7 at 11:29
1
$begingroup$
The "$sigma$" in "$sigma$-algebra" is an adjective. $2$ to the power of an adjective does not mean anything. Please re-write this as an intelligible question
$endgroup$
– DanielWainfleet
Jan 7 at 12:15
$begingroup$
yes youre right let me think about it for a bit ..
$endgroup$
– user175199
Jan 7 at 13:07
add a comment |
-1
-1
-1
$begingroup$
Related to this post:
Understanding $sigma$-algebra and power set
My question is the title of this post. Please let me know if I can improve this question.
Best regards,
R
measure-theory elementary-set-theory
asked Jan 7 at 11:07
user175199user175199
1
$endgroup$
Related to this post:
Understanding $sigma$-algebra and power set
My question is the title of this post. Please let me know if I can improve this question.
Best regards,
R
measure-theory elementary-set-theory
measure-theory elementary-set-theory
asked Jan 7 at 11:07
user175199user175199
1
asked Jan 7 at 11:07
user175199user175199
1
asked Jan 7 at 11:07
user175199user175199
1
asked Jan 7 at 11:07
user175199user175199
1
asked Jan 7 at 11:07
user175199user175199
1
1
1
$begingroup$
Yes, you can improve this question. This because I cannot figure out what your question is.The title of your post is not clear enough for me.
$endgroup$
– drhab
Jan 7 at 11:29
1
$begingroup$
The "$sigma$" in "$sigma$-algebra" is an adjective. $2$ to the power of an adjective does not mean anything. Please re-write this as an intelligible question
$endgroup$
– DanielWainfleet
Jan 7 at 12:15
$begingroup$
yes youre right let me think about it for a bit ..
$endgroup$
– user175199
Jan 7 at 13:07
add a comment |
1
$begingroup$
Yes, you can improve this question. This because I cannot figure out what your question is.The title of your post is not clear enough for me.
$endgroup$
– drhab
Jan 7 at 11:29
1
$begingroup$
The "$sigma$" in "$sigma$-algebra" is an adjective. $2$ to the power of an adjective does not mean anything. Please re-write this as an intelligible question
$endgroup$
– DanielWainfleet
Jan 7 at 12:15
$begingroup$
yes youre right let me think about it for a bit ..
$endgroup$
– user175199
Jan 7 at 13:07
1
1
$begingroup$
Yes, you can improve this question. This because I cannot figure out what your question is.The title of your post is not clear enough for me.
$endgroup$
– drhab
Jan 7 at 11:29
$begingroup$
Yes, you can improve this question. This because I cannot figure out what your question is.The title of your post is not clear enough for me.
$endgroup$
– drhab
Jan 7 at 11:29
1
1
$begingroup$
The "$sigma$" in "$sigma$-algebra" is an adjective. $2$ to the power of an adjective does not mean anything. Please re-write this as an intelligible question
$endgroup$
– DanielWainfleet
Jan 7 at 12:15
$begingroup$
The "$sigma$" in "$sigma$-algebra" is an adjective. $2$ to the power of an adjective does not mean anything. Please re-write this as an intelligible question
$endgroup$
– DanielWainfleet
Jan 7 at 12:15
$begingroup$
yes youre right let me think about it for a bit ..
$endgroup$
– user175199
Jan 7 at 13:07
$begingroup$
yes youre right let me think about it for a bit ..
$endgroup$
– user175199
Jan 7 at 13:07
add a comment |
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1
$begingroup$
Yes, you can improve this question. This because I cannot figure out what your question is.The title of your post is not clear enough for me.
$endgroup$
– drhab
Jan 7 at 11:29
1
$begingroup$
The "$sigma$" in "$sigma$-algebra" is an adjective. $2$ to the power of an adjective does not mean anything. Please re-write this as an intelligible question
$endgroup$
– DanielWainfleet
Jan 7 at 12:15
$begingroup$
yes youre right let me think about it for a bit ..
$endgroup$
– user175199
Jan 7 at 13:07