Answer: When democracy falls, usually, the country's elites feel that democracy no longer “works” for them so they push for a dictatorship with hopes of stabilizing the government. With only 1 person in power, things should seemingly run smoother. However, in most cases in the long run this only divides a country further into turmoil.
Explanation:
Dictators may rise to power in a democracy through several ways. One way is the result of political polarization, where the competing political sides no longer want to cooperate with one another, allowing violent or extremist groups to take over politics instead.
Also, democracy can fall when a country’s elites feel that democracy no longer “works” for them. When these elites feel that losing an election may mean forfeiting their power and influence over the country, they may seek to take over the country by force, turning it into a dictatorship. Or, democracies can fall the other (more subtle) way, when elites first grab on to power via democratic means, before then stripping away democratic rights.
Answer:
pressure from within earth's crust
Answer:
Option B is correct.
Explanation:
Earth rotates on its axis at an average speed of 1700 km/hr. That seems like a really high speed, however, we orbit the sun at around 107.000 km/hr.
And going even further, our entire solar system orbits the Galactic Center of the Milky Way at an average of 828.000 km/h.
Our entire galaxy also moves, although its hard to determine its exact speed. Scientists believe that the Milky way moves at 2.2 million km/h relative to the CBR (Cosmic Background Radiation) that its present everywhere across the universe.
Answer:
1. difference
2. closest
3. high
4. more
5. two
Explanation:
The tide is the periodic change of the sea level produced mainly by the gravitational attraction forces that the Sun and the Moon exert on the Earth. This attraction is exercised over the entire planet, in its solid, liquid, and gaseous masses. The ellipsoid due to solar tides has the major axis directed towards the Sun. The ellipsoid due to lunar tides has the major axis directed towards the Moon. As the Moon revolves around the Earth, the major axes of the ellipsoids do not rotate at the same speed. With respect to the stars, the period of rotation of the solar ellipsoid is one year. The ellipsoid of the Moon is 27.32 days. The result is that the axes of the two ellipsoids get closer every 14,7652944 days. When the major axes of the two ellipsoids are aligned, the amplitude of the tides is maximum and they are called live tides. This happens in new moons and full moons. In contrast, when the major axis of each ellipsoid is aligned with the minor axis of the other, the amplitude of the tides is minimal. This happens in waning rooms and growing rooms. These tides are called dead tides or quadrature tides.
Answer:
Fossils of the same species of land mammals have been found on separate land masses. Coal fields in the Americas and Europe share many similarities and it is highly possible that they were once connected to form a large coal field.
Explanation:
