Answer:
Judaism, Christianity, and Islam are in constant conflict over the land in the Middle East.
Explanation:
The Middle East is a region that is important for many reasons, and one of them is religious importance. This area is actually the birthplace of three major religions, the so-called Abrahamic religions. The three religions that emrged in this region are Judaism, Christianity, and Islam, in that order.
Judaism came first, and what is now Israel is considered as the holy land for this religion. Despite many attempts to forcefully removing the Jews from this area, some of them still managed to survive there and many more came back in the last century to reclaim what they consider as historically theirs.
Christianity emerged from Judaism. What is now Israel is also holy to it, and especially the city of Jerusalem. The claim of the Christians for this region is that their religion emerged there and its holy places have to be in their hands and no one else.
Islam came last, emerging from Christianity. Soon it became the dominant religion in the region through conquest and assimilation. It has been dominant in the area for over a milennium, so the claim is that it is historically theirs and since they managed to conquer the place it belongs to them.
Answer:
a scone cake and rock is similar because of the texture
Explanation:
Moose and Lynx might live near the Arctic ocean
The answer is the option B) hydrosphere.The prefix hydro means water and
so the name hydrosphere is the term used to refer to all the bodies of
water in the Earth, including oceans, groundwater and
glaciers.Atmosphere refers to the gas layer, biosphere to the regions
where there is life and geosphere refers to all the layers in Earth.
<u>Answer:</u>
Fault rupturing by the earthquake is largely governed by the Elastic rebound theory. In geology, the elastic rebound theory is an explanation of how energy is released during an earthquake. It explains that as rocks on opposite side of the fault are subjected to some force and shift.
They gather energy and deform slowly unless their internal strength increases causing a sudden movement occurs along the fault. This results in the releasing of the accumulated energy and rocks move back to their original but unreformed shape.
