逐步推導
S001 · implies
操作前
source operation=improper-two-sided-independent;original snapshot and mathematics retained
操作後
explicit ordered source output fields=[piecewise_integrand, interval, left_tail_integral, right_tail_integral, left_converges, right_converges, sum, certificate]
條件:無
保留原題介面快照,本頁直接列來源欄序,不需JavaScript。radius由原mode選6/11欄,不補欄;No與實際否定依來源責任分清。
步驟識別與依賴
規則:source_ordered_interface_explicit_without_javascript · 依賴:G001
S002 · calculation
操作前
Improper ORIGINAL negative tail after x=-u lower positive power step1 := mul(1, 1)
操作後
Improper ORIGINAL negative tail after x=-u lower positive power step1 = 1
條件:無
依原始角色與已證中間量精確代值,不用浮點近似,也不把有限測試冒充全稱極限。
步驟識別與依賴
規則:exact_rational_arithmetic · 依賴:G001, S001
S003 · calculation
操作前
Improper ORIGINAL negative tail after x=-u exponent-minus-one times lower-power := mul(1, 1)
操作後
Improper ORIGINAL negative tail after x=-u exponent-minus-one times lower-power = 1
條件:無
依原始角色與已證中間量精確代值,不用浮點近似,也不把有限測試冒充全稱極限。
步驟識別與依賴
規則:exact_rational_arithmetic · 依賴:G001, S002
S004 · calculation
操作前
Improper ORIGINAL negative tail after x=-u exact antiderivative limit value := div(17, 1)
操作後
Improper ORIGINAL negative tail after x=-u exact antiderivative limit value = 17
條件:無
依原始角色與已證中間量精確代值,不用浮點近似,也不把有限測試冒充全稱極限。
步驟識別與依賴
規則:exact_rational_arithmetic · 依賴:G001, S003
S005 · implies
操作前
Improper ORIGINAL negative tail after x=-u:ORIGINAL scale=17,exponent=2>1,lower=1>=1;integrand scale/x^exponent
操作後
for EVERY B>=lower,integral_lower^B=scale/(exponent-1)*(lower^(1-exponent)-B^(1-exponent));B^(1-exponent) tends0,so limit=17
條件:無
k>1使B的負次冪趨0;絕對尾誤差是|scale|/((k−1)B^(k−1)),對任意epsilon可選足夠B。signed或0 scale皆可,這是全稱limit,不靠幾個cutoff。
步驟識別與依賴
規則:improper_WHOLE_one_sided_tail_antiderivative_limit_not_samples · 依賴:G001, S004
S006 · calculation
操作前
Improper ORIGINAL positive tail lower positive power step1 := mul(1, 1)
操作後
Improper ORIGINAL positive tail lower positive power step1 = 1
條件:無
依原始角色與已證中間量精確代值,不用浮點近似,也不把有限測試冒充全稱極限。
步驟識別與依賴
規則:exact_rational_arithmetic · 依賴:G001, S005
S007 · calculation
操作前
Improper ORIGINAL positive tail exponent-minus-one times lower-power := mul(1, 1)
操作後
Improper ORIGINAL positive tail exponent-minus-one times lower-power = 1
條件:無
依原始角色與已證中間量精確代值,不用浮點近似,也不把有限測試冒充全稱極限。
步驟識別與依賴
規則:exact_rational_arithmetic · 依賴:G001, S006
S008 · calculation
操作前
Improper ORIGINAL positive tail exact antiderivative limit value := div(18, 1)
操作後
Improper ORIGINAL positive tail exact antiderivative limit value = 18
條件:無
依原始角色與已證中間量精確代值,不用浮點近似,也不把有限測試冒充全稱極限。
步驟識別與依賴
規則:exact_rational_arithmetic · 依賴:G001, S007
S009 · implies
操作前
Improper ORIGINAL positive tail:ORIGINAL scale=18,exponent=2>1,lower=1>=1;integrand scale/x^exponent
操作後
for EVERY B>=lower,integral_lower^B=scale/(exponent-1)*(lower^(1-exponent)-B^(1-exponent));B^(1-exponent) tends0,so limit=18
條件:無
k>1使B的負次冪趨0;絕對尾誤差是|scale|/((k−1)B^(k−1)),對任意epsilon可選足夠B。signed或0 scale皆可,這是全稱limit,不靠幾個cutoff。
步驟識別與依賴
規則:improper_WHOLE_one_sided_tail_antiderivative_limit_not_samples · 依賴:G001, S008
S010 · calculation
操作前
Improper independently convergent tails plus zero middle := sum(17, 18)
操作後
Improper independently convergent tails plus zero middle = 35
條件:無
依原始角色與已證中間量精確代值,不用浮點近似,也不把有限測試冒充全稱極限。
步驟識別與依賴
規則:exact_rational_arithmetic · 依賴:G001, S009
S011 · implies
操作前
ORIGINAL piecewise scales left=17,right=18,exponent=2;middle(-1,1) integrand0
操作後
negative-tail limit=17;positive-tail limit=18;BOTH independently finite,then ordinary sum=35
條件:無
負尾先用u=-x轉到[1,infinity),不多帶負號;中段0。即使兩值相消成0,收斂理由仍是兩側分別的limit證書,不是對稱性。
步驟識別與依賴
規則:improper_TWO_independent_infinite_tails_before_signed_sum · 依賴:G001, S010
結論
(x<=-1:17/abs(x)^2;-1<x<1:0;x>=1:18/x^2, (-infinity,infinity), 17, 18, 是, 是, 35, both_one_sided_tail_integrals_converge_independently)
依上列完整代值及條件核對得到原題答案;原題編號、格式與狀態保持不變。