ENERGY LAW OF SIKANDER AQEEL = E = m2c
Tin = Sn-116
Tin = 8.52 binding energy per Nucleon
Tin = 115.938850 Mass-a.m.u
a2 + b2 = c2
a2 (Nucleon) + b2 (Mass-a.m.u) = c2
a2 (8.70) + b2 (115.938850)
a2 (72.5904) + b2 (13441.8169393225) = c2
a2 + b2 = 13514.40 = c2
a2 + b2 = 13514.40 / 116.25 = 116.25
a2 + b2 = 116.25 = Sn + H0.25
a2 + b2 = 166 Tin mass + fusion H0.25 = 116.25
Tin Binding energy = 3952.56 % * H0.25 of fusion = 988.14 Mev
When you will catalyst to Tin in 3952.56 % size and fuse with H0.25 atom, then Tin will give you 988.14 Mev energy, while 1 Mev = 931
Because
Tin Binding energy = 3952.56 / 6 proton of C = 658.76
= 658.76 – 50 proton of Tin = 608.76
= 608.76
Tin = 608.76 * 931 Mev = 566755.56
= 566755.56 / 3952.56 (Sn binding E) = 143.38
= 143.38 – 27.38 (Aluminum) = 116
= 116 Tin,
ENERGY IN ACT BY C1
When a mass go into the binding energy per Nucleon form, actually they go back into the past when they were warm in beginning, such as in beginning billions years ago the Tin was belong with 0.0000016 Nucleon per second,
Past of Tin = 0.0000016 Nucleon * 24 h * 60 minute * 60 sec = 0.13824
= 0.13824 proton,
In Past Nucleon per second was = 0.0000016 * 931 Mev = 0.001560 seconds of today,
Light speed meter seconds = 300000000 / 13514.40 (m2) = 22198.54
= 22198.54 / 24 hour = 924.93
= 924.93 / 60 minute = 15.4155
= 15.4155 / 0.001560 seconds = 9881.4
= 9881.4 / 10 cm = 988.14
= 988.14 Mev energy = E = m2c,
Packing fraction
Sec = 0.001560 * -3397.43 minute = -5.3
= -5.3 * 10000 fraction = -53000
= -53000 packing fraction,
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