Use the whole infinite real periodic sequence with nonempty period_values=[11, -12, 13/2], starting at index0 and repeating that full block forever. This is a declared infinite law, not an observed finite prefix. Give (period_values, absolute_bound, whole_sequence_bounded, certificate).
G001 — Use the whole infinite real periodic sequence with nonempty period_values=[11, -12, 13/2], starting at index0 and repeating that full block forever. This is a declared infinite law, not an observed finite prefix. Give (period_values, absolute_bound, whole_sequence_bounded, certificate).
Definition and scope
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ORIGINAL period index=0;value=11;absolute value=11
After
prefix absolute maximum after this original entry=11
Conditions: none
Scan absolute values over the full period rather than the maximum signed value.A negative entry may determine the bound;retain original positions and duplicates.
ORIGINAL period index=1;value=-12;absolute value=12
After
prefix absolute maximum after this original entry=12
Conditions: none
Scan absolute values over the full period rather than the maximum signed value.A negative entry may determine the bound;retain original positions and duplicates.
ORIGINAL period index=2;value=13/2;absolute value=13/2
After
prefix absolute maximum after this original entry=12
Conditions: none
Scan absolute values over the full period rather than the maximum signed value.A negative entry may determine the bound;retain original positions and duplicates.
ORIGINAL NONEMPTY full period=[11, -12, 13/2];period length=3
After
for EVERY n>=0,unique n=3q+r with0<=r<3 gives a_n=period_values[r];therefore |a_n|<=12
Conditions: none
Whole-sequence boundedness follows from the declared infinite periodic law and division with remainder,not observed future behavior.This proves the stated model,not the general Bolzano-Weierstrass theorem from finite samples.
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This question review and source binding
Review date: 2026-10-26
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