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What else can I help you with?
The most important erosional agent on earth is?
The major agent of erosion on earthes surface is water running downhill
Is the parietal pericardium lined by fibrous pericardium?
There are three layers to the pericardium. They go in alphabetical order. The first layer is the Fibrous Pericardium. The second layer is the parietal pericardium and the third and innermost layer is the visceral layer.
Why do the two layers of the pericardium have to be cut in order to remove the heart from the pericardial sac?
Yes. He needs to cut through both the layers of pericardium.
Where does most of our knowledge about the earth come from?
Name the layers of earth in order from most dense to least dense
What is the correct order upward from earths surface?
Troposphere, Stratosphere, Mesosphere, Thermosphere, and Exosphere - layers of the atmosphere :)
What are the layers of the earthes crust?
the crust is a single layer
What is break in the earthes crust?
fault
What makes up earthes core?
cxgg aseg dryu
What is the shape of the earthes orbets?
The shape of the earth's orbit is elliptical, not circular.
What is the order of atmospheric layers?
the layers of the atmosphere in order are troposphere, stratosphere, mesosphere, thermosphere, and exosphere
What is the movement of large segment of the earthes crust?
i am not positive, but possibly continental drift
With a tilt in Earthes axis of rotation there would be no parallax is this true?
Yes Tis is true
The earthes hard shell is made up of thick slabs of rock that are constantly moving the are called what?
population
How does the earthes movements help us to measure time?
how does the earth's movement help us measure time
What is the major agent of Earth's surface?
The major agent of erosion on earthes surface is water running downhill
What is caused by the earthes rotations?
Day and night are. Also, the spinning of high- and low-pressure weather systems.
Would rocks layers not be found in their original order?
Rocks layers are usually found in their original order, with younger layers on top of older ones, due to the principle of superposition. However, geological processes like folding, faulting, or erosion can disrupt the order of rock layers, leading to situations where they may not be found in their original sequence.
