Our universe began with an explosion of space itself - the Big Bang. Starting from extremely high density and temperature, space expanded, the universe cooled, and the simplest elements formed. Gravity gradually drew matter together to form the first stars and the first galaxies.
Antarctica has the smallest population
Answer:
A, B, F, C, D, E.
Explanation:
A fault line is a break or fracture in the ground that occurs due to the discontinuity of the larger rocks mass and thus is due to the significant displacement of the rocks in the geologic crust.
As the youngest layer is found at the surface and the older layer is founded at the bottom the oldest will tose of the igneous rocks and the youngest will be those of the sedimentary rocks. The faults are composed of the mineral contents like the quartz, feldspar, and clay. And have an abundant of illite and the chlorite minerals.
The quantitative assessment of the vertical slip area of the fault gives in the estimation of the fault angles are called as the piercing points. The example of the rocky mountains of the Himalayan orogeny and those of that are formed by the granitic rocks and the genesis.
In divergent boundaries, plates move away from one another, often causing volcanic activity. The cooled magma is able to form islands such as the ones on the Aleutian archipelago.
*I don't think any of these are actual types of mountains. <em>Arc contient </em>and <em>Andean</em> aren't even real things.
As for your second question:
There are two main types of rocks in the Earth's crust.
Granite is less dense and rises higher, usually above land in continental crust.
Basalt is denser and so it will sink lower and form oceanic crust.
However, there is a layer of sediment on top of that crust. (sand, gravel, etc.)
Answer:
The GPS provides the accurate location patterns
Explanation:
- Each GPS satellite consist of the multiple atomic clocks that contribute to the precise time and data to the GPS in the signal forms and this data is decoded by the serves of the GPS satellite and shows an effective synchronization and each receiver and precise time is accurate and has a variety of activity around the world.
- For an example of the Olympic committee wants all broadcast to show particular diving event at precisely the same time. Thus the receiver is set at the me time and in close synchronization. Ad us usually measured in the weeks and seconds and aero point of the night.
