Answer: The appearance of mills is related to ancient Greece; people got their clothes during this period thanks to industrial production, the water frame is part of the industrial revolution, the mills were built on rivers.
Explanation:
- The appearance of the mills dates back to ancient Greek times. They emerged another 1000 years before the new era. They were used for grinding various materials such as grain, coffee, olives, but also coal and stone. These first mills were built of two large round stones; one was static while the other was spinning people or livestock, thus creating friction and pressure that milled certain materials.
- Until the advent of the Industrial Revolution, clothing was costly. Only the richest could afford more clothing. The reason for this fact is the manufacture of manufactures according to which the production of garments was prolonged and the materials were expensive. With the industrial revolution, the situation has changed, and clothing has become much cheaper. With the Industrial Revolution, machines have made considerable material savings in the manufacture of garments. In the cotton fields, the cultivation and exploitation of the material have become better and faster. This situation has led to a fall in the prices of garments.
- Richard Arkwright became one of the key figures in the Industrial Revolution when he invented the swivel frame, later called the water frame, an invention for mechanically turning a thread. The rotating frame was a device that could produce more durable yarn threads. The first models were powered by waterproofing, so the method became known as a water frame. This invention has brought enormous wealth to the inventor and came about during the early industrial revolution.
- With the advent of steam engines in the second half of the 18th century, from 1850, they were introduced to the mill. It becomes one of the first industries to apply new innovative methods for separating bran from the flour. Mills were also built on the rivers, wherewith the power of water, the mills were driven, and energy was created to run the mill. Mills could not be made on stagnant water due to stagnation of water, which, as such, did not generate power and could not run the mill.
