Answer :
Final answer:
The philosopher's stone greatly influenced alchemy by guiding the quest for knowledge and leading to experiments in matter manipulation, which eventually paved the way for the development of modern chemistry.
Explanation:
The impact of the philosopher's stone on alchemy was profound and deep-rooted, sparking centuries of research and experimentation. The philosopher's stone was a legendary substance that purportedly had the power to turn base metals into precious ones, notably transmuting lead into gold, and was also said to offer the secret to eternal life through the elixir vitae. Alchemists devoted their lives to the pursuit of this mystic object, which was said to require deep understanding and granted immense power to those who discovered it.
Alchemy's attempts to manipulate matter and the search for the philosopher's stone contributed to the evolution of scientific inquiry and chemical knowledge. Over time, as certain systematic properties and features were uncovered, and more methodical approaches and recording of experiments became common practice, alchemy gave way to the modern science of chemistry. The transition from secretive, mystical practices to open, collective knowledge propelled the advancement of chemistry, laying the groundwork for future scientific breakthroughs, particularly in the understanding of atoms, molecules, and their masses.
Alchemists thought the philosopher's stone had the power to change base metals like lead into precious metals like gold or silver and could be utilized as an elixir of life to extend life.
What is a metal?
Any of a wide range of opaque, fusible, ductile, & usually glossy substances, especially, one that is a chemical substance as opposed to an alloy. These substances are good conductors of heat and electricity create cations by the losses of electrons, or produce basic oxides and hydroxides.
How is metal made?
Mass metal making, sheet metal formation, & sheet-bulk metal forming are the three different types of metal forming techniques. Forging, rolling, deep drawing, extrusion, wire drawing, & bending are just few common methods of metal formation.
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