Answer:
because climate are change due to temperature of earth and it directly affect the mountain which cause landslide ,flood , earthquake and change temperature of mountain etc .so mountain have such a big effect on the climate.
If the earth had no oceans, then the tropical regions would be comparatively warmer.
The earth without the ocean would be super-hot at the equator and really cold at the poles. The warming at the equator increases the temperature and the warm air rises. Without oceans, there will not be any winds flowing which will cause moderation of temperature, due to which extreme temperatures will be experienced in places such as extreme cold in the frigid zone and extreme heat in the equatorial region. Though temperature at tropics would be comparatively lower than equatorial region, still it would be high for the person to live in such areas hospitably. Ocean currents act similar to a conveyor belt, which transports warm water and precipitation from the equator toward the poles and cold water from the poles back to the tropics.
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Answer:
Canada has two of the largest impact craters on Earth.
Explanation:
Canada is a vast country, second by size in the world, so it is no wonder that it has a lot to offer when it comes to geography and geology. Among many other things, something that Canada can say it has in relative abundance are impact craters. There are impact craters in pretty much every province and territory of Canada, some being relatively small, while some being huge, and some well preserved, while some not so much.
Not just that Canada has a lot of impact craters, but it is home to some of the largest in the world. The two that are among the largest in all of the world are Sudbury and Manicouagan.
Sudbury is located in Ontario. It is 250 km across, making the second largest in the world. Its age is estimated to be at around 1.85 billion years.
Manicouagan is located in Quebec. It is covered with lake waters in a big portion and it is 100 km across. The age of this impact crater is estimated at 214 million years.
As soon as a tsunami approaches the coast, its speed decreases considerably. This is because the speed of a tsunami depends on the depth of the water; the lesser the depth of the water, the lesser the speed of an approaching tsunami. However, there is no change in the overall impact of a tsunami.