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Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
It seems like the kind of question that might have been
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
B
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
Wolfram
#000004
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
#000001
Shows that
#000002
is
Bad
<
F
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
F
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
T
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
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True:
56
False:
21
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9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
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True:
56
False:
21
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9
#000001
Shows that
#000002
is
True
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
<
Wolfram
#000004
·
4m ago
4m ago
Vote ·
56
21
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True:
56
False:
21
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9
#000001
Shows that
#000002
is
False
T
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
<
<
Wolfram
#000004
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
False
F
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
T
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
<
Wolfram
#000004
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
#000001
Shows that
#000002
is
False
T
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
#000001
Shows that
#000002
is
True
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
<
<
<
T
F
B
T
Vote ·
1
0
0
Argument
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
B
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
#000001
Shows that
#000002
is
True
<
Wolfram
#000004
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
#000001
Shows that
#000002
is
Bad
<
F
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
F
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
T
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
#000001
Shows that
#000002
is
True
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
<
Wolfram
#000004
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
#000001
Shows that
#000002
is
False
T
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
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True:
56
False:
21
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9
#000001
Shows that
#000002
is
True
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
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True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
<
<
Wolfram
#000004
·
4m ago
4m ago
Vote ·
56
21
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True:
56
False:
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9
#000001
Shows that
#000002
is
False
F
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
T
Wolfram
!!!
#000002
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
Applying simple rule over and over again produces really complicated result.
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
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True:
56
False:
21
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9
#000001
Shows that
#000002
is
True
<
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
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True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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Identifier 'propdata' has already been declared
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Applying simple rule over and over again produces really complicated result.
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Wolfram
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Applying simple rule over and over again produces really complicated result.
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Wolfram
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Applying simple rule over and over again produces really complicated result.
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Wolfram
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Wolfram
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Identifier 'propdata' has already been declared
Wolfram
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Wolfram
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Wolfram
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Identifier 'propdata' has already been declared
Wolfram
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Wolfram
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Applying simple rule over and over again produces really complicated result.
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Wolfram
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Identifier 'propdata' has already been declared
Wolfram
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Wolfram
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Wolfram
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Identifier 'propdata' has already been declared
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Wolfram
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Wolfram
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Applying simple rule over and over again produces really complicated result.
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Wolfram
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Wolfram
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Identifier 'propdata' has already been declared
Wolfram
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Wolfram
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Identifier 'propdata' has already been declared
Wolfram
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Wolfram
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Applying simple rule over and over again produces really complicated result.
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Identifier 'propdata' has already been declared
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Wolfram
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Wolfram
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Wolfram
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Wolfram
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#000001
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Identifier 'propdata' has already been declared
Wolfram
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#000000
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Applying simple rule over and over again produces really complicated result.
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Wolfram
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#000001
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Wolfram
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Wolfram
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Wolfram
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Wolfram
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Identifier 'propdata' has already been declared
Wolfram
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Wolfram
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Wolfram
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Wolfram
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Wolfram
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Applying simple rule over and over again produces really complicated result.
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Wolfram
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Identifier 'propdata' has already been declared
Wolfram
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Wolfram
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#000003
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Wolfram
#000000
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Wolfram
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#000003
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4m ago
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Shows that
#000002
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Wolfram
!!!
#000001
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4m ago
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Identifier 'propdata' has already been declared
Wolfram
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#000003
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Details
Wolfram
#000000
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It seems like the kind of question that might have been
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Proposition info:
Creation date
2021/05/23 17:49
Creator vote
True
Source
https://writings.stephenwolfram.com/
Vote timeline
TODO
Pie chart
TODO
Vote count
True:
18
False:
17
Bad:
5
Impact
18
+
17
-
5
= 30
Truthiness
18
/(
18
+
17
) => 51%
Quality
(
18
+
17
)/(
18
+
17
+
5
) => 88%
Opinions
User
Voters
Mentions
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T
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Community Opinions:
T
Wolfram
#000000
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
It seems like the kind of question that might have been
Wolfram
!!!
#000003
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
Bad:
9
#000001
Shows that
#000002
is
True
<
T
Wolfram
!!!
#000001
·
4m ago
4m ago
Vote ·
56
21
9
True:
56
False:
21
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9
Identifier 'propdata' has already been declared
Wolfram
!!!
#000003
·
4m ago
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Vote ·
56
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#000001
Shows that
#000002
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True
<