When a star explodes as supernova, the elements heavier than hydrogen spread throughout the universe.
<u>Explanation:
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The elements that are heavier than hydrogen spread in the universe that is mainly caused, when a star breaks as a supernova. Iron, lead, mercury, copper, gold, and iodine are the heavy elements which are formed and these often exist in a human life.
When these heavy elements cause a star to be overweight, it turns into a supernova and it may blast off, resulting in the release of the heavier elements. Some heavy atoms are created by nuclear fusions that occurs during supernova explosion.
Iraq is the home of the babylon ruins!
Saddam Hussein is the person that said he was going to actually try rebuilding Babylon with the ruins of the old one!
i hope all is well, and you pass! Good luck, rockstar! (:
Answer:
Latitudes
Explanation:
The distance traveling in the northern and the southern hemisphere from the equator is measured in terms of latitudes. It is expressed in degrees. These are the geographical coordinates that specify a particular location on earth. It ranges from 0° to 90°, where the 0° line is the equator that divides the earth into two halves. And the 90° latitude area in the polar region of both the hemisphere. The earth is bulging at the equatorial region and flattened at the poles.
The latitude plays an important role in the identification of any place on earth.
Thus, the north and south of the equator are measured in the degrees of latitudes.
The greenhouse effect is related to the increase in the average surface temperature which is considered "global warming". Global warming is the result of an increase in gases like methane, carbon dioxide, and other factors that lead to a rise in the planet's temperature.
Answer:
Dumping Fuushima's Radioactive Water Into Pacific Ocean Is 'Only Option', Japan Says. On March 11, 2011, Japan was struck by the most powerful earthquake in the nation's history – a magnitude 9 temblor that triggered a tsunami with waves up to 133 feet (40 meters) high.
Explanation:
