Answer:
To profit and trade.
Explanation:
For a variety of reasons, the British desired an empire. To begin with, the discovery of the New World allowed for the accumulation of wealth. Metals and minerals abound in the Americas, and the English, then British, were keen to take use of them. The large open regions present in the Americas also allowed for expansion. This might be utilized to relieve land strain at home, be farmed for items needed in Britain, and serve as a trading post on the route to the Far East, hopefully. Trade was a major driving force. The East India Company and the Royal African Company were founded as a result of a lack of profit.
I failed My final exam for not studying. I learned that studying is helpful.
Answer:
<h3><em /></h3><h3><em>Alexander III of Macedon (Alexander the Great), apart from being a great military tactician and in a way promoted some initial version of globalization, he was also an explorer.</em></h3><h3><em /></h3><h3><em> With his conquering, Alexander and the Macedonian soldiers managed to reach parts of the world that were either unknown, or were things of legends and myths in Europe.</em></h3><h3><em /></h3><h3><em> Multiple people that were historians, philosophers, or were interested in any science were writing down pretty much everything, and they also were trying to make maps of the newly discovered places, which gave the people in Macedon, and all the others from the region that the world is much bigger than they thought previously.</em></h3>
<em />
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.
learn more
brainly.com/question/25847009
#SPJ9
Answer:
pangulong Manuel L. Quezon
