Neutron Size is of Nickel-58.
Hydrogen size is 1.25, and
0.517241379 is a size is of one Neutron of Nickel-58. Because Hafnium mass unit is 178 x 18 angle = 3204 / 58 Nickel =
55.241379310344827586206896551724 / 0.517241379 =
106.80000006408000003844800002307 – 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.517241379 is size of a Neutron of Nickel-58. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.517241379 / 60
minute = Nickel-58.
Neutron Size is of Nickel-60.
Hydrogen size is 1.25, and 0.5
is a size of one Neutron of Nickel-60. Because Hafnium mass unit is 178 x 18
angle = 3204 / 60 Nickel = 53.4 / 0.5 = 106.8 - 0.8 Cross-Tron = 106 Neutron
of Hafnium. So 0.5 is size of a Neutron of Nickel-60. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 / 0.5 / 60
minute = Nickel-60.
Neutron Size is of Nickel-61.
Hydrogen size is 1.25, and
0.491803278 is a size of one Neutron of Nickel-61. Because Hafnium mass unit is
178 x 18 angle = 3204 / 61 Nickel = 52.524590163934426229508196721311 / 0.491803278 =
106.80000014952000020932800029306 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.491803278 is size of a Neutron of Nickel-61. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.491803278 / 60
minute = Nickel-61.
Neutron Size is of Nickel-62.
Hydrogen size is 1.25, and
0.483870967 is a size of one Neutron of Nickel-62. Because Hafnium mass unit is
178 x 18 angle = 3204 / 62 Nickel = 51.67741935483870967741935483871 / 0.483870967 =
106.80000016376000025109866705168 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.483870967 is size of a Neutron of Nickel-62. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.483870967 / 60
minute = Nickel-62.
Neutron Size is of Nickel-64.
Hydrogen size is 1.25, and
0.46875 is a size of one Neutron of Nickel-64. Because Hafnium mass unit is 178
x 18 angle = 3204 / 64 Nickel = 50.0625 / 0.46875 = 106.8 - 0.8 Cross-Tron = 106
Neutron of Hafnium. So 0.46875 is size of a Neutron of Nickel-64. Electron size
is 1800 percent small from one Neutron and not from one Proton. Because 1800 /
0.46875 / 60 minute = Nickel-64
Neutron Size is of Copper-63.
Hydrogen size is 1.25, and
0.476190476 is a size of one Neutron of Copper-63. Because Hafnium mass unit is
178 x 18 angle = 3204 / 63 Copper = 50.857142857142857142857142857143 / 0.476190476 =
106.80000004272000001708800000684 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.476190476 is size of a Neutron of Copper-63. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.476190476 / 60
minute = Copper-63
Neutron Size is of Copper-65.
Hydrogen size is 1.25, and
0.461538461 is a size of one Neutron of Copper-65. Because Hafnium mass unit is
178 x 18 angle = 3204 / 65 Copper = 49.292307692307692307692307692308 / 0.461538461 =
106.80000012460000014536666683626 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.461538461 is size of a Neutron of Copper-65. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.461538461 / 60
minute = Copper-65
Neutron Size is of Zinc-64.
Hydrogen size is 1.25, and
0.46875 is a size of one Neutron of Zinc-64. Because Hafnium mass unit is 178 x
18 angle = 3204 / 64 Zinc = 50.0625 / 0.46875 = 106.8 - 0.8 Cross-Tron = 106
Neutron of Hafnium. So 0.46875 is size of a Neutron of Zinc-64. Electron size
is 1800 percent small from one Neutron and not from one Proton. Because 1800 /
0.46875 / 60 minute = Zinc-64
Neutron Size is of Zinc-66.
Hydrogen size is 1.25, and
0.454545454 is a size of one Neutron of Zinc-66. Because Hafnium mass unit is
178 x 18 angle = 3204 / 66 Zinc = 48.545454545454545454545454545455 / 0.454545454 =
106.80000012816000015379200018455 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.454545454 is size of a Neutron of Zinc-66. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.454545454 / 60
minute = Zinc-66
Neutron Size is of Zinc-67.
Hydrogen size is 1.25, and
0.447761194 is a size of one Neutron of Zinc-67. Because Hafnium mass unit is
178 x 18 angle = 3204 / 67 Zinc = 47.820895522388059701492537313433 / 0.447761194 =
106.8000000071200000004746666667 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.447761194 is size of a Neutron of Zinc-67. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.447761194 / 60
minute = Zinc-67
Neutron Size is of Zinc-68.
Hydrogen size is 1.25, and
0.44117647 is a size of one Neutron of Zinc-68. Because Hafnium mass unit is
178 x 18 angle = 3204 / 68 Zinc = 47.117647058823529411764705882353 / 0.44117647 =
106.80000014240000018986666691982 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.44117647 is size of a Neutron of Zinc-68. Electron size is 1800 percent small
from one Neutron and not from one Proton. Because 1800 / 0.44117647 / 60 minute
= Zinc-68
Neutron Size is of Zinc-70.
Hydrogen size is 1.25, and
0.428571428 is a size of one Neutron of Zinc-70. Because Hafnium mass unit is
178 x 18 angle = 3204 / 70 Zinc = 45.771428571428571428571428571429 / 0.428571428 =
106.80000014240000018986666691982 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.428571428 is size of a Neutron of Zinc-70. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.428571428 / 60
minute = Zinc-70
Neutron Size is of Gallium-69.
Hydrogen size is 1.25, and
0.434782608 is a size of one Neutron of Gallium-69. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 69 Gallium = 46.434782608695652173913043478261 / 0.434782608 =
106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.434782608 is size of a Neutron of Gallium-69. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.434782608 / 60
minute = Gallium-69
Neutron Size is of Gallium-71.
Hydrogen size is 1.25, and
0.422535211 is a size of one Neutron of Gallium-71. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 71 Gallium = 45.126760563380281690140845070423 / 0.422535211 =
106.8000000676400000428386666938 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.422535211 is size of a Neutron of Gallium-71. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.422535211 / 60
minute = Gallium-71
Neutron Size is of Germanium-74.
Hydrogen size is 1.25, and
0.405405405 is a size of one Neutron of Germanium-74. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 74 Germanium = 43.297297297297297297297297297297 / 0.405405405
= 106.8000001068000001068000001068 - 0.8 Cross-Tron = 106 Neutron of Hafnium.
So 0.405405405 is size of a Neutron of Germanium-74. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 /
0.405405405 / 60 minute = Germanium-74
Neutron Size is of Germanium-70.
Hydrogen size is 1.25, and
0.428571428 is a size of one Neutron of Germanium-70. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 70 Germanium = 45.771428571428571428571428571429 / 0.428571428
= 106.80000014240000018986666691982 - 0.8 Cross-Tron = 106 Neutron of Hafnium.
So 0.428571428 is size of a Neutron of Germanium-70. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 /
0.428571428 / 60 minute = Germanium-70
Neutron Size is of Germanium-72.
Hydrogen size is 1.25, and
0.416666666 is a size of one Neutron of Germanium-72. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 72 Germanium = 44.5 / 0.416666666 =
106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.416666666 is size of a Neutron of Germanium-72. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.416666666 / 60
minute = Germanium-72
Neutron Size is of Germanium-73.
Hydrogen size is 1.25, and
0.410958904 is a size of one Neutron of Germanium-73. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 73 Germanium = 43.890410958904109589041095890411 / 0.410958904
= 106.80000002848000000759466666869 - 0.8 Cross-Tron = 106 Neutron of Hafnium.
So 0.410958904 is size of a Neutron of Germanium-73. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 / 0.410958904
/ 60 minute = Germanium-73
Neutron Size is of Germanium-76.
Hydrogen size is 1.25, and
0.394736842 is a size of one Neutron of Germanium-76. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 76 Germanium = 42.157894736842105263157894736842 / 0.394736842
= 106.80000002848000000759466666869 - 0.8 Cross-Tron = 106 Neutron of Hafnium.
So 0.394736842 is size of a Neutron of Germanium-76. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 /
0.394736842 / 60 minute = Germanium-76
Neutron Size is of Arsenic-75.
Hydrogen size is 1.25, and 0.4
is a size of one Neutron of Arsenic-75. Because Hafnium mass unit is 178 x 18
angle = 3204 / 75 Arsenic = 42.72 / 0.4 = 106.8 - 0.8 Cross-Tron = 106
Neutron of Hafnium. So 0.4 is size of a Neutron of Arsenic-75. Electron size is
1800 percent small from one Neutron and not from one Proton. Because 1800 / 0.4
/ 60 minute = Arsenic-75
Neutron Size is of Selenium-80.
Hydrogen size is 1.25, and 0.375
is a size of one Neutron of Selenium-80. Because Hafnium mass unit is 178 x 18
angle = 3204 / 80 Selenium = 40.05 / 0.375 = 106.8 - 0.8 Cross-Tron = 106
Neutron of Hafnium. So 0.375 is size of a Neutron of Selenium-80. Electron size
is 1800 percent small from one Neutron and not from one Proton. Because 1800 /
0.375 / 60 minute = Selenium-80
Neutron Size is of Selenium-74.
Hydrogen size is 1.25, and
0.405405405 is a size of one Neutron of Selenium-74. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 74 Selenium = 43.297297297297297297297297297297 / 0.405405405
= 106.8000001068000001068000001068 - 0.8 Cross-Tron = 106 Neutron of Hafnium.
So 0.405405405 is size of a Neutron of Selenium-74. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 / 0.405405405
/ 60 minute = Selenium-74
Neutron Size is of Selenium-76.
Hydrogen size is 1.25, and
0.394736842 is a size of one Neutron of Selenium-76. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 76 Selenium = 42.157894736842105263157894736842 / 0.394736842
= 106.80000002848000000759466666869 - 0.8 Cross-Tron = 106 Neutron of Hafnium.
So 0.394736842 is size of a Neutron of Selenium-76. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 /
0.394736842 / 60 minute = Selenium-76
Neutron Size is of Selenium-77.
Hydrogen size is 1.25, and
0.389610389 is a size of one Neutron of Selenium-77. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 77 Selenium = 41.61038961038961038961038961039 / 0.389610389 =
106.80000016732000026213466707734 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.389610389 is size of a Neutron of Selenium-77. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.389610389 / 60
minute = Selenium-77
Neutron Size is of Selenium-78.
Hydrogen size is 1.25, and
0.384615384 is a size of one Neutron of Selenium-78. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 78 Selenium = 41.076923076923076923076923076923 / 0.384615384
= 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium.
So 0.384615384 is size of a Neutron of Selenium-78. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 /
0.384615384 / 60 minute = Selenium-78
Neutron Size is of Selenium-82.
Hydrogen size is 1.25, and
0.365853658 is a size of one Neutron of Selenium-82. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 82 Selenium = 39.073170731707317073170731707317 / 0.365853658
= 106.80000015664000022973866700362 - 0.8 Cross-Tron = 106 Neutron of Hafnium.
So 0.365853658 is size of a Neutron of Selenium-82. Electron size is 1800
percent small from one Neutron and not from one Proton. Because 1800 /
0.365853658 / 60 minute = Selenium-82
Neutron Size is of Bromine-79.
Hydrogen size is 1.25, and
0.379746835 is a size of one Neutron of Bromine-79. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 79 Bromine = 40.55696202531645569620253164557 / 0.379746835 =
106.80000012460000014536666683626 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.379746835 is size of a Neutron of Bromine-79. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.379746835 / 60
minute = Bromine-79
Neutron Size is of Bromine-81.
Hydrogen size is 1.25, and
0.37037037 is a size of one Neutron of Bromine-81. Because Hafnium mass unit is
178 x 18 angle = 3204 / 81 Bromine = 39.555555555555555555555555555556 / 0.37037037 =
106.8000001068000001068000001068 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.37037037 is size of a Neutron of Bromine-81. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.37037037 / 60
minute = Bromine-81
Neutron Size is of Krypton-84.
Hydrogen size is 1.25, and
0.357142857 is a size of one Neutron of Krypton-84. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 84 Krypton = 38.142857142857142857142857142857 / 0.357142857 =
106.80000004272000001708800000684 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.357142857 is size of a Neutron of Krypton-84. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.357142857 / 60
minute = Krypton-84
Neutron Size is of Krypton-78.
Hydrogen size is 1.25, and
0.384615384 is a size of one Neutron of Krypton-78. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 78 Krypton = 41.076923076923076923076923076923 / 0.384615384 =
106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.384615384 is size of a Neutron of Krypton-78. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.384615384 / 60
minute = Krypton-78
Neutron Size is of Krypton-80.
Hydrogen size is 1.25, and 0.375
is a size of one Neutron of Krypton-80. Because Hafnium mass unit is 178 x 18
angle = 3204 / 80 Krypton = 40.05 / 0.375 = 106.8 - 0.8 Cross-Tron = 106
Neutron of Hafnium. So 0.375 is size of a Neutron of Krypton-80. Electron size
is 1800 percent small from one Neutron and not from one Proton. Because 1800 /
0.375 / 60 minute = Krypton-80
Neutron Size is of Krypton-82.
Hydrogen size is 1.25, and
0.365853658 is a size of one Neutron of Krypton-82. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 82 Krypton = 39.073170731707317073170731707317 / 0.365853658 =
106.80000015664000022973866700362 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.365853658 is size of a Neutron of Krypton-82. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.365853658 / 60
minute = Krypton-82
Neutron Size is of Krypton-83.
Hydrogen size is 1.25, and
0.361445783 is a size of one Neutron of Krypton-83. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 83 Krypton = 38.602409638554216867469879518072 / 0.361445783 =
106.80000003916000001435866667193 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.361445783 is size of a Neutron of Krypton-83. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.361445783 / 60
minute = Krypton-83
Neutron Size is of Krypton-86.
Hydrogen size is 1.25, and
0.348837209 is a size of one Neutron of Krypton-86. Because Hafnium mass unit
is 178 x 18 angle = 3204 / 86 Krypton = 37.255813953488372093023255813953 / 0.348837209 =
106.80000009256000008021866673619 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So
0.348837209 is size of a Neutron of Krypton-86. Electron size is 1800 percent
small from one Neutron and not from one Proton. Because 1800 / 0.348837209 / 60
minute = Krypton-86,
As a phraseology, that which we
sow, they will cut. If we sowed a seed of Mangos, then we got Mangoes. Chemical
function of Mangoes is different from other fruit. or we sowed ten kinds of
seeds, Guavas, Grapes, Apple, Banana, Cocoanut, Sweet-potato, Plum,
Pine-apple, Loquat, and Lechi. Then these ten seeds will not mix up with each
other for increase in size is. Because chemical formula is very different of
each fruit. Or If we boil ten metals into the kiln, then after the dry these
ten metals will never mix up with each other. Neutron Proton size is very
different of each metal from other. And this law makes strong of theory. that
until we do not change size is of neutron and Proton, we cannot change shape of
metal. By yours theory. Neutron Proton size is same of each metal. Now we will
boil ten metals into the kiln with weight. And weight of each metal is one kg,
then after the dry as you will weight of each metal. That weight will be same
of each metal like a past. Now by your theory must increased weight of some
metals. the size are same of Neutron and proton by your theory. Or why did not
jump to the Neutron Proton of gold into the silver. While the size is was same
of all Neutron and proton.
sikandert aqeel
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