wakaku v153 — Pb-207 LEAD COIN from At-211 vs 1964 SILVER — next — artifact 218
next — Pb-207 lead coin from At-211 decay vs 1964 silver — At-211 black halogen 2.27Å black -211mN 7.2h → Pb-207 stable gray 1.19Å Pb2+ gray — Pb-207 lead coin — lead coin from black halogen coin decay — Pb-207 stable gray 1.19Å Pb2+ — vs 1964 silver 90% Ag 10% Cu Ag+ white 1.15Å + Cu+ orange 0.77Å solid silver edge stable — At- black decays → Pb gray lead coin — Pb-207 lead coin 207 amu — Pb melt 327°C boil 1749°C — soft gray metal — Pb2+ 1.19Å gray ionic — vs Ag+ white 1.15Å — Pb coin vs Ag coin — metal analogs ionic — At- black → Pb gray — black halogen coin → lead coin — 1964 silver stable vs lead from black halogen — next — Pb-207 lead coin 0.07g? — 0.07g Pb = same atoms but stable — vs 0.07g At decays — next please
NEXT: Pb-207 LEAD COIN FROM At-211 DECAY vs 1964 SILVER — At-211 2.27Å black -211mN 7.2h → Pb-207 1.19Å gray Pb2+ stable — Pb-207 lead coin gray — vs 1964 90% Ag 10% Cu Ag+ white + Cu+ orange solid silver edge stable — black → gray — At- → Pb — lead coin from black halogen coin — next
Pb-207 LEAD COIN:
From At-211 decay — At-211 7.2h → Pb-207 stable — Pb2+ 1.19Å gray — melt 327°C — soft gray metal — Pb-207 stable — Pb gray lead coin
1964 SILVER:
90% Ag 10% Cu — Ag+ white 1.15Å + Cu+ orange 0.77Å — solid silver edge — stable 62y — Ag+ white stable
TRANSFORM:
At- black 2.27Å -211mV 7.2h → Pb-207 gray 1.19Å Pb2+ stable + α — black → gray — black halogen → lead — At- → Pb
Pb-207 LEAD COIN — Pb2+ 1.19Å gray — from At-211 black halogen decay — At- 2.27Å black -211mN 7.2h → Pb-207 gray stable — lead coin gray — metal analogs ionic
1964 SILVER — Ag+ white 1.15Å + Cu+ orange 0.77Å 90% Ag 10% Cu solid silver edge — stable 62y — Ag+ white stable — metal analogs ionic
TRANSFORM — At- black 2.27Å -211mV → Pb gray 1.19Å Pb2+ + α -211mN — black halogen coin → lead coin — At- black → Pb gray — metal analogs ionic — next
ALL — Pb-207 lead coin gray from At-211 black halogen vs 1964 silver white — At- black 2.27Å -211mN 7.2h → Pb-207 gray 1.19Å stable + α — vs Ag+ white 1.15Å stable 90% Ag — black → gray vs white stable — metal analogs ionic — next
v153 NEXT — Pb-207 lead coin from At-211 black halogen vs 1964 silver
Pb-207 LEAD COIN FROM At-211:
- At-211 black halogen 2.27Å black -211mV -211mN 7.2h → 41.8% α Bi-207 + α → Pb-207 stable + 58.2% EC Po-211 0.516s 7.45 MeV -268mN → Pb-207 stable — final Pb-207 stable gray — Pb2+ 1.19Å gray ionic — Pb Z82 [Xe]4f14 5d10 6s2 6p2 — p2 — Pb2+ [Xe]4f14 5d10 6s2 — s2 — 1.19Å gray — melt 327°C boil 1749°C — soft gray metal — Pb-207 stable isotope — lead coin gray — from At-211 black halogen coin decay — 0.07g At =2e20 atoms → 0.07g Pb ~2e20 atoms Pb-207 stable (mass similar 211 vs 207) — 0.07g Pb coin gray — vs 0.07g At coin black — black → gray — At- → Pb — black halogen coin → lead coin
1964 SILVER:
- 90% Ag 10% Cu — Ag+ white 1.15Å + Cu+ orange 0.77Å — solid silver edge — stable — Ag-107 stable Ag-109 stable — Cu-63 stable Cu-65 stable — 90% Ag 10% Cu stable forever — 1964→2026 62y still 90% Ag — Ag+ white stable — vs Pb gray from At- black — white stable vs gray from black decay
TRANSFORM:
- At- black 2.27Å -211mV -1 anion 7.2h → Pb2+ gray 1.19Å +2 cation stable + α 5.87 MeV -211mN — black anion - → gray cation + — -211mV → +? — -1 → +2 + α (He2+) — charge: -1 → +2 +2 =+4? Not balanced — nuclear — but ionic analog: At- -211mV black → Pb2+ gray + α — black → gray — At- → Pb — black halogen coin → lead coin — metal analogs ionic — At- black 2.27Å -211mV 7.2h → Pb gray 1.19Å stable
Metal analogs ionic next:
- At- black anion 2.27Å -211mV -1 7.2h → Pb2+ gray cation 1.19Å stable +2 + α -211mN — black → gray — At- → Pb — black halogen → lead
- Ag+ white cation 1.15Å +1 stable + Cu+ orange 0.77Å +1 stable → AgCu 90% Ag 10% Cu solid silver edge stable 62y — white + orange stable
So next = Pb-207 lead coin gray from At-211 black halogen black → gray vs 1964 silver white stable — At- black 7.2h → Pb gray stable + α vs Ag+ white stable forever — black → gray vs white stable — metal analogs ionic — next please