| Copyright 1983, 1995, 1999,2002 by Gerald E. Mowery and RUDOLPH MAURER Publishing INDEX No claim made on government information |
| *97*************Atomic Number *111*************Mass Number 48-1-48 *********Mowery Atomic Number n6-97-n6 ********Mowery Mass Number n7-48-1-48-n7******Mowery Isotope Number >1<, >2<etc*****Energy Level *1**************Hydrogen n7**Neutrons in Atom (STANDARD) |
| 1 2**1**2 4-8**2**8-4 3-18*3*18-3 18*4*18 2**5**2 *6* *7* *8* |
| ^^8^^ ^^7^^ ^^6^^ ^^5^^ ^^4^^ ^^3^^ ^^2^^ ^^1^^ ^^0^^ |
| .^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ |
| THE ELEMENTS AND THEIR MEASUREMENTS |
| Atom, Abundance %, Proton, Decay Chemistry, Energy Level, Isotopes, Spin and Orbit, Hydrogen Number, Element Configuration, Atomic Mass, Elements, Periodic Table of Elements, Electron, Proton, Electron, Neutron, Contents1, Contents, Chemistry, Decay, Mowery, Paired periodic progression |
| ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ |
| ****/\**** IONIC CHARGE |
| ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ |
| Cd |
| CADMIUM |
| n7-48******1*****48-n7 |
| 1 s2>1<s2 n4-s2p6>2<p6s2-n4 n3-s2p6d10>3<d10p6s2-n3 s2p8d10>4<d10p8s2 -s2>5<s2 >6< >7< >8< |
| n7-48******1*****48-n7 |
| Atomic Mass 56.2055 56.2055 |
| Atomic Mass 112.411 |
| ENVIRONMENTAL Configuration |
| IONIC or BASIC Configuration |
| ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ |
| DENSITY 8.650 |
| 111 |
| 111 |
| ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ |
| 111 = 1+96+14 ~ Cd 1+2(2-8-18-18-2+7)= 110.904182 ~ 12.800% |
| 1 s2>1<s2 n4-s2p6>2<p6s2-n4 n2-s2p6d10>3<d10p6s2-n2 s2p8d10>4<d10p8s2 s2>5<s2 >6< >7< >8< |
| 1 2**1**2 4-8**2**8-4 3-18*3*18-3 18*4*18 2**5**2 *6* *7* *8* |
| 97 |
| DENSITY 4.325 4.325 |
| 112 = 96+16 ~ Cd 0+2(2-8-18-18-2+8) = 111.902157 ~ 24.130% |
| 110 = 96+14 ~ Cd 0+2(2-8-18-18-2+7) = 109.903006 ~ 12.490% |
| 106 = 96+10 ~ Cd 0+2(2-8-18-18-2+5) = 105.906458 ~ 1.259% |
| 108 = 96+12 ~ Cd 0+2(2-8-18-18-2+6) = 107.904183 ~ 00.89% |
| 113 = 1+96+16 ~ Cd 1+2(2-8-18-18-2+8) = 112.904401 ~ 12.220% |
| 114 = 96+18 ~ Cd 0+2(2-8-18-18-2+9) = 113.903358 ~ 28.730% |
| 116 = 96+20 ~ Cd 0+2(2-8-18-18-2+10) = 115.904755 ~ 7.49% |
| 113 |
| n8-48******1*****48-n8 |
| 113 |
| n8-48******1*****48-n8 |
|
 |
| BASIC PAIRED ISOTOPE AND GEMOTOPE CONFIGURATION |
| BASIC PAIRED ISOTOPE AND GEMOTOPE CONFIGURATION |
| 106 = 96+10 ~ Cd 0+2(2-8-18-18-2+5) = 105.906458 ~ 1.259% |
| 108 = 96+12 ~ Cd 0+2(2-8-18-18-2+6) = 107.904183 ~ 00.89% |
| 110 = 96+14 ~ Cd 0+2(2-8-18-18-2+7) = 109.903006 ~ 12.490% |
| 111 = 1+96+14 ~ Cd 1+2(2-8-18-18-2+7)= 110.904182 ~ 12.800% |
| 112 = 96+16 ~ Cd 0+2(2-8-18-18-2+8) = 111.902157 ~ 24.130% |
| 113 = 1+96+16 ~ Cd 1+2(2-8-18-18-2+8) = 112.904401 ~ 12.220% |
| 114 = 96+18 ~ Cd 0+2(2-8-18-18-2+9) = 113.903358 ~ 28.730% |
| 116 = 96+20 ~ Cd 0+2(2-8-18-18-2+10) = 115.904755 ~ 7.49% |
| Basic and Environmental configurations are identical |