Answer:
Lower
Explanation:
A pressure surface is an atmospheric surface where everywhere along that surface the pressure is equal. The surface pressure over that area is directly proportional to the air mass
Change in air pressure at a given locality often indicates a change.
Increases in air pressure do not apply exclusively to altitude. At the surface of Earth, small but significant pressure fluctuations are related to the strength of the insolation.
Extrusive volcanic rocks are formed on the surface of the earth and cool relatively quickly from lava erupted from a volcano. The rapid cooling of lava on the surface does not allow for visible crystals to form. The crystals are minute and most can only be seen under a microscope. Basalt is an example of an extrusive igneous rock.
Intrusive igneous rocks are formed when magma cools within the crust. This magma cools slowly and so crystals develop in these rocks. Granite is an intrusive igneous rock.
The answer for the first question is localized convective lifting. Air in the atmosphere rises when there is unequal heating of the Earth's surface. This is due to its buoyancy. Colder air then sinks, as the hotter air replaces it.
The answer for the second question is freezing rain. Freezing rain is formed when snow passes through above freezing air atop a layer of below freezing air near the surface of the Earth.
Fulcrum I believe
hope it helps
Answer:
Honduras is considered to have a coastline on the Pacific Ocean since it borders the Gulf of Fonseca on the southern side.
