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Convection Current helps us understand the geologic activity of the earth because according to the scientist this current causes the movement of the earth's crust due to the unequal temperature that occurs in the mantle (same also with the breezes). Also, it explains that magma come from th mantle which is believed that the melted crust will spitted up again in the earth's surface which it actually explains the (Theory of Isostacy).
What else can I help you with?
What does the definition of uniformitarianism say about the geologic processes that shape earths features today?
Uniformitarianism is the principle stating that the geological processes shaping Earth's features today are consistent with those that occurred in the past. This means that the same natural laws and processes we observe now, such as erosion, sedimentation, and volcanic activity, have been operating over geologic time. It suggests that by studying current processes, we can understand Earth's history and the formation of its features. Essentially, "the present is the key to the past."
Diffrenciate geologic time with geologic column?
Geologic column is an ordered arrangement of rock layers that is based on the relative age of the rocks. Geologic time is the time IN the geologic column.
What do the colors on a geologic map represent?
Geologic maps use color to represent various types of geologic features or units (a particular type of rock with a known age range).
How do humans relate to geologic time scale?
in the scope of geologic time, how significant is the presence of humans?
Do earthquakes have weather geologic or human causes?
Earthquakes result from stress in the earth's crust, so the are of geologic origin.
What processes within Earth cause geologic activity?
Plate interactions and Earthquakes. Also Convection Currents!! How earthquakes occur is when volcanoes erupt a earthquake happens some where in the world. when a Convection Currents happen inside the in the mantle!! Plate interactions create a folded mountain!!
Sea floor spreading is what type of global geologic activity?
Sea floor spreading is part of the geologic activity know as plate tectonics.
Does geologic activity have affect on the ocean?
no it does notate does not effect the ocean.
True or false geologic activity has no effect on the ocean?
false
in a geologic column the oldest rocks are located at the?
They will normally be located at the bottom, unless otherwise upset through geologic activity.
Why do some planets have more meteorite craters than others?
The planets with more craters are the ones with less geologic activity. Geologic activity such as erosion, plate tectonics, and volcanic eruptions will wear down, bury, or otherwise destroy impact craters. If there is no geologic activity, then there is nothing to disturb the craters other than later impacts from comets and asteroids.
Where does most geologic activity take place on Earth?
Most geologic activity on Earth takes place along tectonic plate boundaries, where plates move and interact, leading to events like earthquakes, volcanic eruptions, and mountain building.
Does Elara have volcanoes?
No. Elara is too small to support any sort of geologic activity.
Does Deimos have volcanoes or geysers?
No. Deimos is too small to have any sort of geologic activity.
Which moon has a geological activity?
Several moons in the solar system, have some sort of geologic activity. The most notable is Io, which is covered in active volcanoes.
How are geologic units of similar ages shown on a geologic map?
Geologic units of similar ages are typically shown on a geologic map using the same color or pattern to represent them. This helps to visually differentiate between different units and understand their distribution across a region. Stratigraphic relationships and relative ages may also be indicated to show how these units are connected in terms of geologic time.
How can one effectively utilize a geologic map to interpret the Earth's surface features and understand the underlying geology?
To effectively use a geologic map, one must analyze the colors, symbols, and patterns to identify different rock types and structures. By correlating this information with known geologic principles, one can interpret the Earth's surface features and understand the underlying geology.
