Answer:
Leaders often seize power by illegitimate means.
A single leader or a very powerful group rules.
Leaders refuse to tolerate dissenting views.
Explanation:
Authoritarian government is the form of government in which one member holds the authority of taking the decisions and its implementation. The participatory role of any other member is restricted in this form of government. The sole authority lies in the single hand. Individual freedom is not given space and the actions and thoughts of the citizens are monitored as per the government rules and guidelines.
Born in 1863, Henry Ford was the first surviving son of William and Mary Ford, who owned a prosperous farm in Dearborn, Michigan. At 16, he left home for the nearby city of Detroit, where he found apprentice work as a machinist. He returned to Dearborn and work on the family farm after three years, but continued to operate and service steam engines and work occasional stints in Detroit factories. In 1888, he married Clara Bryant, who had grown up on a nearby farm.In the first several years of their marriage, Ford supported himself and his new wife by running a sawmill. In 1891, he returned with Clara to Detroit, where he was hired as an engineer for the Edison Illuminating Company. Rising quickly through the ranks, he was promoted to chief engineer two years later. Around the same time, Clara gave birth to the couple’s only son, Edsel Bryant Ford. On call 24 hours a day for his job at Edison, Ford spent his irregular hours on his efforts to build a gasoline-powered horseless carriage, or automobile. In 1896, he completed what he called the “Quadricycle,” which consisted of a light metal frame fitted with four bicycle wheels and powered by a two-cylinder, four-horsepower gasoline engine.
In contrast to mechanical waves, electromagnetic waves can travel without a medium. This implies that electromagnetic waves can pass not only through solid objects like air and rock but also through empty space.
James Clerk Maxwell, a Scottish scientist, created a scientific theory to explain electromagnetic waves in the 1860s and 1870s. He realized that electromagnetic waves can be created when magnetic and electrical fields combine together. He compiled this electricity-magnetism relationship into what are now known as "Maxwell's Equations."
German physicist Heinrich Hertz used Maxwell's theories to explain how radio waves are transmitted and received. In honour of Heinrich Hertz, the hertz, or one cycle per second, is the unit of radio wave frequency. Two issues were resolved by his radio wave experiment. First, he had proven that the speed of radio waves was the same as the speed of light, which was something Maxwell had only theorized.
This demonstrated how radio waves are a type of light. Second, Hertz discovered how to create electromagnetic waves by causing the electric and magnetic fields to separate from wires.
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