How to Create Gold in Little Alchemy
Alchemy is a science that attempts to turn base metals into precious ones. The process is thought to be both practical and magical. In a world where technology and knowledge are limited, many people still believe in the power of this ancient practice.
The four fundamental elements of air, earth, fire and water are available at the start of Little Alchemy 2. Players can combine these elements with each other and with additional items to create new items.
Gold is one of the most valuable elements in the game and it can be used to buy a variety of other items from other players. This is why it is important to learn how to make gold in Little Alchemy as well as where to find it.
Using a Particle Accelerator to Turn Glass into Gold
If you have access to a particle accelerator and a lot of energy, you can use it to transform any other metal into gold. This is a very difficult and expensive procedure that only works with certain elements.
It would be very hard to hide the process because it would not be economical or profitable. It is also very expensive to keep up with the maintenance and staff of a particle accelerator.
You will have to spend a fortune in order to buy a particle accelerator and keep it running. It will cost about $10 billion to get one and another $1 billion annually.
Then, you will have to run it for a long time and keep up with the maintenance and staff. This will take a huge amount of time and effort, which is why the process is very difficult and expensive to do.
Besides that, it will not be economical and worth it to make gold by this method. Moreover, you will have to pay for the particles that need to be produced.
If you really wanted to, you could try and get a supernova to happen and that would make gold. It would require a very big and expensive particle accelerator and would take a very long time to produce the required element.
Can you actually turn glass into gold?
If it was possible to turn any other metal into gold, you would need to add protons and remove neutrons from the existing nucleus. The process is very hard, because the nucleus is a dense proton and neutron mass that pushes any other protons away from it.
This will cause a very high heat in the nucleus that will break down any remaining protons into carbon and oxygen. This is a very dangerous and costly process to do, but it can be done in the future if the right kind of particle accelerator is ever created.
In fact, if you were to do this you would have to have the entire process hidden so that the public does not know about it. This is because it would be extremely costly and impossible to maintain the machine and keep it running.