The Revision of I-II, II-III, III-IV May be Unnecessary, BUT Illustrates What I Did When Doing the First Version of New Tables

Have you Really Taken ALL the Factors into Account? · New Tables · Why Should one Use my Tables? · And what are the lineups between archaeology and Bible, in my tables? · Bases of C14 · An example of using previous · Difference with Carbon 14 from Other Radioactive Methods · Tables I-II and II-III and III-IV, Towards a Revision? · The Revision of I-II, II-III, III-IV May be Unnecessary, BUT Illustrates What I Did When Doing the First Version of New Tables · Convergence of Uneven pmC? · [Calculation on paper commented on] · Other Revision of I-II ? · Where I Agree with Uniformitarian Dating Experts

I, II, III, IV are "nodes" = material things which can be carbon dated and also historically dated, archaeology with organic material meeting (mostly) Biblical history.

I—II, II—III, III—IV are "tables" = tables at which divisions of the historic (mostly Biblical) chronology are supplied, from the nodes, with intermediate, probable, carbon 14 levels (counted in "percent modern Carbon" = pmC). The left hand of each states how many years are involved, what carbon decay that normally involves and what compensation that normally involves, so, 100 years normally mean a decay to 98.798 % of the initial value, which means that the normal carbon 14 production is 100 - 98.798 = 1.202 pmC.

The right hand of each calculates how much faster the carbon 14 actually rose, so, 1) initial pmC * decay-remainder percentage = what's left of the original carbon when it ends, 2) that value is subtracted from the final pmC, to get the pmC units added, 3) then that addition is divided by the normal addition for such a time.

If for instance, in 100 years, carbon 14 had risen from 25 pmC to 40 pmC, then 1) 25 pmC * 98.798 % = 24.6995 pmC; 2) 40 pmC - 24.6995 pmC = 15.3005 pmC; and 3) 15.3005 pmC / 1.202 pmC = 12.729,201,331,114,808,7 times faster. During these initial calculations, I'll give the decimals in full, without rounding, to get as exact a value of the rise as possible in each table.

I) 2957 BC 1.628 pmC => 34 000 extra years => 34 000 + 2957 = 36 957 BC = c. 39 000 BP
I - II 2957 - 2607 = 350 95.854 %, compensates normally 4.146 pmC		I - II 1.628 * 95.854 / 100 = 1.56050312 43.438 - 1.56050312 = 41.87749688 41.87749688 / 4.146 = 10.1006987168355041
II) 2607 BC 43.438 pmC => 6900 extra years => 6900 + 2607 = 9507 BC
II - III 2607 - 2556 = 51 99.385 %, compensates normally 0.615 pmC		II - III 43.438 * 99.385 / 100 = 43.1708563 51.76 - 43.1708563 = 8.5891437 8.5891437 / 0.615 = 13.9660873170731707
III) 2556 BC 51.76 pmC => 5450 extra years => 5450 + 2556 = 8006 BC
III - IV 2556 - 1935 = 621 92.763 %, compensates normally 7.237 pmC		III - IV 51.76 * 92.763 / 100 = 48.0141288 82.753 - 48.0141288 = 34.7388712 34.7388712 / 7.237 = 4.8001756528948459
IV) 1935 BC 82.753 pmC => 1550 extra years => 1550 + 1935 = 3485 BC

Now we get to divide each table into intermediate moments in time, and since the death of Noah to the birth of Peleg is 51 years, roughly corresponding to Babel, I will take a third of that, 17 years, as my "module" ... we still need as full decimals as possible right now, bear with me, please.

17 years / 5730 years = 0.0029668411867365

Now we raise 50 % or I'll actually use 0.5 to this value:

0.5^0.0029668411867365 = 0.9979456554564613851

For normal replacement in 17 years, we deal with:

1 - 0.9979456554564613851 = 0.0020543445435386149

Let's translate it to pmC, which, being a percentage, multiplies the value by 100 because percentages automatically involve dividing by 100.

The normal substitution for carbon 14 in 17 years is then 0.20543445435386149 pmC.

Before calculating each table, I then multiply this by the "how much faster" ratio. This is what is added within the table after each multiplication by the 17 year decay, instead of the normal substitution for carbon 14. The result in each place of a table is then used to calculate the extra years and is only after that actually rounded to 3 decimals. The second line of each place only gives the back then carbon 14 content and the carbon date, not the term in between, the extra years as conclusion from the pmC value and as added to real date to give the carbon date.

I - II
0.20543445435386149 * 10.1006987168355041 = 2.075031529485850690578760965727109

2957 BC

1.628 pmC, so dated 36 957 BC

2940 BC

3.7 pmC, so dated 30 240 BC

2923 BC

5.767 pmC, so dated 26 523 BC

2906 BC

7.83 pmC, so dated 23 956 BC

2889 BC

9.889 pmC, so dated 22 039 BC

2872 BC

11.944 pmC, so dated 20 422 BC

2855 BC

13.994 pmC, so dated 19 105 BC

2838 BC

16.041 pmC, so dated 17 988 BC

2821 BC

18.083 pmC, so dated 16 971 BC

2804 BC

20.121 pmC, so dated 16 054 BC

2787 BC

22.154 pmC, so dated 15 237 BC

2770 BC

24.184 pmC, so dated 14 520 BC

2753 BC

26.209 pmC, so dated 13 803 BC

2736 BC

28.23 pmC, so dated 13 186 BC

2719 BC

30.247 pmC, so dated 12 619 BC

2702 BC

32.26 pmC, so dated 12 052 BC

2685 BC

34.269 pmC, so dated 11 535 BC

2668 BC

36.274 pmC, so dated 11 068 BC

2651 BC

38.274 pmC, so dated 10 601 BC

2634 BC

40.271 pmC, so dated 10 134 BC

2617 BC

42.263 pmC, so dated 9717 BC

II - III
0.20543445435386149 * 13.9660873170731707 = 2.869115527441312168292912422926343

As this one is the fastest buildup of all, you may ask why? Well, I think the Younger Dryas added radioactive carbon, and that during the following decades, it's mixing with the air further down.

2607 BC

43.438 pmC, so dated 9507 BC

2590 BC

46.218 pmC, so dated 8990 BC

2573 BC

48.992 pmC, so dated 8473 BC

2556 BC

51.761 pmC, so dated 8006 BC

Here the carbon 14 substitution slows down.

III - IV
0.20543445435386149 * 4.8001756528948459 = 0.986121466055143495675731583494391

2556 BC

51.76 pmC, so dated 8006 BC

2539 BC

52.64 pmC, so dated 7839 BC

2522 BC

53.518 pmC, so dated 7672 BC

2505 BC

54.394 pmC, so dated 7555 BC

2488 BC

55.268 pmC, so dated 7388 BC

2471 BC

56.141 pmC, so dated 7221 BC

2454 BC

57.012 pmC, so dated 7104 BC

2437 BC

57.881 pmC, so dated 6937 BC

2420 BC

58.748 pmC, so dated 6820 BC

2403 BC

59.613 pmC, so dated 6703 BC

2386 BC

60.477 pmC, so dated 6536 BC

2369 BC

61.339 pmC, so dated 6419 BC

2352 BC

62.199 pmC, so dated 6302 BC

2335 BC

63.057 pmC, so dated 6135 BC

2318 BC

63.914 pmC, so dated 6018 BC

2301 BC

64.769 pmC, so dated 5901 BC

2284 BC

65.622 pmC, so dated 5784 BC

2267 BC

66.473 pmC, so dated 5667 BC

2250 BC

67.323 pmC, so dated 5500 BC

2233 BC

68.17 pmC, so dated 5383 BC

2216 BC

69.017 pmC, so dated 5266 BC

2199 BC

69.861 pmC, so dated 5149 BC

2182 BC

70.704 pmC, so dated 5032 BC

2165 BC

71.544 pmC, so dated 4915 BC

2148 BC

72.384 pmC, so dated 4798 BC

2131 BC

73.221 pmC, so dated 4731 BC

2114 BC

74.057 pmC, so dated 4614 BC

2097 BC

74.891 pmC, so dated 4497 BC

2080 BC

75.723 pmC, so dated 4380 BC

2063 BC

76.553 pmC, so dated 4263 BC

2046 BC

77.382 pmC, so dated 4146 BC

2039 BC

78.209 pmC, so dated 4089 BC

2022 BC

79.035 pmC, so dated 3972 BC

2005 BC

79.859 pmC, so dated 3855 BC

1988 BC

80.681 pmC, so dated 3788 BC

1971 BC

81.501 pmC, so dated 3671 BC

1954 BC

82.32 pmC, so dated 3554 BC

1937 BC

83.137 pmC, so dated 3487 BC