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ALUMINIUM: 33,37,554.67,597.95,15952.79
ANTIMONY 121: 509.39,549.13,11684.56
ANTIMONY 123: 275.86,297.37,12655.27
ARSENIC: 364.56,393,16724.61
BARIUM 135 & 137: 211.46,227.96,19402.34,236.56,255.02,21705.08
BERYLLIUM: 299.14,322.49,13723.62
BISMUTH: 342.06,368.75,15692.37
BORON 10: 228.75,246.59,20988.27
BORON 11: 682.97,736.25,15666.02
CADMIUM 111 & 113: 451.38,486.61,20708,472.18,509.02,14325,21662.11
CESIUM: 279.22,301,12809.56
CHROMIUM: 120.31,129.69,11039.05
COBALT: 502.67,541.88,11530.27
FLUORINE: 2.62,158.87,11484.01
GERMANIUM: 74.25,80.04,136.25
INDIUM: 12075
IRIDIUM: 14250
LEAD: 445.35,480.08,20430.65,190000,4202.3,19007.15
MERCURY 199: 379.48,409.08,17409.18
MERCURY 201: 140.46,151.43,12888.67
NICKEL: 190.21,205.06,17453.13
OSMIUM: 14800
STRONTIUM: 92.23,99.43,16925.77
THALLIUM: 18300
URANIUM: 38.1,41.07,13984.37
https://odysee.com/@limitlessenergy369:5/Mithril-Alloy-Tests:d
https://www.guilded.gg/i/27dbPPok
e = 2.718281842895383357506672517274743988480154667931722333981572226797509221967675752031784056387719498
Oh it doesn't matter because its only 0.006% more accurate you say?
528/e^3 = 26.28757167940552896302281663964759040465087317602497161746102268859860419415831163878971198442468165
That is just a small number. Imagine a large number like say orbital calculations and other stellar... You think NORAD uses the inferior Pi value you were taught in school?