In classifying history, evolutionists read the objects they find in line with their own dogmatic theories. The period during which bronze artifacts were manufactured these people call the Brown Age, and claim that iron began being used much more recently-based on their report that in the most ancient societies, metals were unfamiliar. As already mentioned, however, iron, steel and several other metals quickly oxidize and also decay, much faster compared to stone does. A number of metals such as bronze, which oxidize with much greater difficulty, may possibly survive for longer than other people. It is therefore perfectly normal that excavated objects made of bronze should be older and those of metal of a much more recent date. In addition, it’s not logical to maintain that any society capable of producing bronze was unacquainted with iron, that a modern society with the technical information to produce bronze failed to use any other materials. Bronze is received by adding tin, arsenic and antimony, with a small quantity of zinc, to copper. Anyone who creates brown must have a working knowledge of such chemical factors as copper, container, arsenic, zinc and antimony, realize at what conditions these are to be dissolved, and possess a kiln to melt and mix them. Without this all knowledge, it will be tough to produce a successful blend. To begin with, copper ore is found in old, hard boulders in powder or crystalline form (which is also known as “native copper”). A society that uses copper must very first possess a level of understanding to identify it in powder form over these rocks. It must after that construct a mine to be able to extract the copper, remove it, and take it to the surface. It’s clear that these items cannot be done utilizing stone and solid wood tools. Copper ore must be introduced to red-hot flame for it to liquefy. The temperature needed to melt as well as refine copper is 1,984F. There also need to be a device as well as bellows to ensure a steady flow of air to the fireplace. Any society working with copper must create a kiln able to produce such high temperature and also make these kinds of equipment as crucibles and tongs for use with the furnace. This is a brief review of the technical infrastructure needed to work copper-which alone, is too soft metallic to hold a sharp side for long. Producing more challenging bronze by adding container, zinc and other elements to copper is even more sophisticated, because every metal demands different processes. These facts show that residential areas engaged in mining, producing alloys and metal-working should have possessed detailed knowledge. It is neither reasonable nor consistent to say that people with such extensive knowledge would never have realized iron. On the contrary, archaeological young earth creationism show that the particular evolutionist claim that metal was unknown and not utilized in very ancient organisations is untrue. Resistant includes such results as the remains of the ancient metallic spheres, a great iron pot within supposed 300 thousand years old coal, fragmented phrases of textiles in clay dated to 27,000 in years past, and traces regarding metals such as magnesium mineral and platinum, efficiently melted in The european countries only a few hundred years in the past, in remains going back a thousand years.