Climate change can worsen the intensity of tropical storms (such as hurricanes, typhoons and cyclones) in several ways, including by making record rainfall more likely and by causing sea levels to rise, which can raise the risk of storm surges.
Answer:
5g will be left
Explanation:
Uranium 235 have a half-life of 700 million* years. This means that the element will decay to half its initial amount by that time. So if I start with 10g chunk of 235 Uranium, after 713 million years, only half of it (5g) will be remaining.
*the exact half life of Uranium 235 is 703,800,000 years.
The reason why some igneous rocks are smooth and some are coarse is the manner in which they formed. We can simply divide the igneous rocks into intrusive and extrusive ones.
The intrusive igneous rocks are formed deep into the ground. The magma that has formed this rocks has been exposed to higher temperatures and pressures. That has led to a very slow cooling off of the magma. Because the magma has been cooling off slowly, the crystals had time and the right conditions to grow larger, thus making the intrusive igneous rocks coarse.
The extrusive igneous rocks are formed on the surface. They have been formed by the lava that once it come out on the surface has been exposed to much lower temperatures and pressures. That has led to very quick cooling off of the lava. Because the lava has cooled off quickly, the crystals didn't had time to grow in size, thus they have remained very small, almost unnoticeable, thus making the extrusive igneous rocks smoother.
He hypothesized that each one of the modern-day-day continents had formerly been clumped together in a supercontinent he referred to as Pangaea.
Over tens of millions of years, Wegener advised, the continents had drifted apart.
The continental flow speculation turned into advanced in the early part of the 20th century, in general by way of Alfred Wegener.
Wegener said that continents move around on this planet's floor and that they had been as soon joined together as a single supercontinent.
Alfred Wegener first provided his hypothesis to the German Geological Society on 6 January 1912. His speculation was that the continents had once fashioned a single landmass, known as Pangaea, before breaking apart and drifting to their gift places.
Learn more about the supercontinent here: brainly.com/question/9549621
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It was located near Africa and Asia and near the sea which helped Islam spread to Asia and Africa through trade.
