Answer:
The arrows of circulation that most affect the US climate are the arrows on the left side of the northern hemsphere. In the attached image below you can see these cetas highlighted by a pink square.
Explanation:
As shown in the question above, the Coriolis Effect is an atmospheric phenomenon that modifies the direction of wind circulation in the terrestrial globe, completely modifying the climate of the regions. This phenomenon occurs due to the rotation of the earth on its own axis, which has the ability to create a reference system for this rotation.
The Coriolis effect has the ability to change the direction of winds within the hemispheres. This causes winds in the southern hemisphere to turn clockwise while winds in the northern hemisphere turn counterclockwise.
The US is located in the northern hemisphere, on the left side of the globe, as shown in the attached figure below.
Answer:
a circle on the surface of a sphere which lies in a plane passing through the sphere's centre. As it represents the shortest distance between any two points on a sphere, a great circle of the earth is the preferred route taken by a ship or aircraft.
Answer:
Both form from magma that flows horizontally (D)
Explanation:
Penn answer
When the earth's tectonic plates shift they move against each other causing an earthquake .
The physical processes on Earth create constant change. These processes—including movement in the tectonic plates in the crust, wind and water erosion, and deposition—shape features on Earth's surface.Lithospheric Processes cause magmatism, mantle dynamics, and faulting, which in turn shape the Earth's ever-changing surface.
The four common Planet Surface Processes are: Cratering, Volcanoes, Erosion, and Weathering (chemical and physical).The Earth's surface is constantly changing through forces in nature. The daily processes of precipitation, wind and land movement result in changes to landforms over a long period of time. Driving forces include erosion, volcanoes and earthquakes.
Lithospheric Processes. Lithospheric Processes cause magmatism, mantle dynamics, and faulting, which in turn shape the Earth's ever-changing surface. ... We also study the high temperature systems in the Earth's interior that produce magmas, drive metamorphism, and create mantle heterogeneity.
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