Pb 202 + e+ -> Bi202 + e+ -> Po202 + e+ -> At202 + He -> Fr 206 + 3n -> Fr 209 - He -> At 205 - He -> Bi 201 - He -> (small conv) Tl 197- e+ -> Hg 197 - e+ -> Au 197
The process of turning lead into gold through alchemy is called transmutation. However, transmuting lead into gold is not realistically feasible or economically viable using current scientific knowledge.
Lead is very heavy, but it is not as valuable or desirable as gold.
GoldGold is almost twice as dense as lead! The density of gold is 19.3 g/cm3 and the density of lead is only 11.34 g/cm3. For comparison the density of water is only 1 g/cm3.
2Pb + O2 ----->2PbO then 2PbO + O2 ------> 2PbO2 some mixed oxide will be formed also 2PbO + PbO2 ----->Pb3O4
The reaction between lead and water is not significant under normal conditions as lead is non-reactive in water. However, lead can react with steam to form lead oxide and hydrogen gas. The reaction equation for this process is: Pb(s) + H2O(g) -> PbO(s) + H2(g)
When the nuclear transmutation occurs, gold can react to form lead.
alchemist
Treasure Quest - 2009 Turning Lead Into Gold 1-5 was released on: USA: 12 February 2009
Lead can be turned into gold through a nuclear reaction called nuclear transmutation. This process involves bombarding the lead atoms with neutrons to form gold atoms. However, this method is not economically feasible on a large scale.
To create lead from gold, you must first convert the gold into a lead isotope through a nuclear reaction process. This process involves bombarding the gold with high-energy particles, typically neutrons, to induce a nuclear reaction that transforms the gold atoms into lead atoms. This method is not practical for everyday applications due to its complexity and the need for specialized equipment and expertise.
Turning lead into gold is a process that involves nuclear transmutation, which requires a particle accelerator or a nuclear reactor. This process alters the number of protons in lead atoms to transform them into gold atoms. However, it is highly impractical and costly, as it would require vast amounts of energy and resources, making it economically unfeasible. Historically, the quest for this transformation was part of alchemy, but modern science has shown it to be theoretically possible, yet not practical for production.
Gold can be produced through nuclear reactions in a process called nuclear transmutation. This involves bombarding other elements, like mercury or lead, with neutrons in a nuclear reactor to convert them into gold isotopes. However, this process is inefficient and costly, making it impractical for commercial gold production.
alchemy is turning lead into pure gold. not making animals. . )
Lead-209 undergoes beta- decay to become Bismuth-209 82209Pb --> 83209Bi + -10e + v-e emitting an electron and an electron antineutrino.
It can and it has been done but turning lead into gold costs more than buying the gold alone. You see? Lead has 82 isotopes and gold has 79. So lead is 3 isotopes away to be converted into gold. But it cost less buying it as it comes from earth.
Plutonium is heavier than gold. It is a dense, radioactive metal that is commonly used in nuclear reactors and weapons.
Turning lead into gold, and creating the philosopher's stone.