The paleomagnetism of geologically recent rocks from different continents is generally consistent with Earth's current magnetic field, whereas ancient rocks show different orientations

Indicate whether the statement is true or false


True

Environmental & Atmospheric Sciences

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Unlike other Gulf States, the Iranian government has welcomed the influence of Western countries and values in the region

Indicate whether the statement is true or false

Environmental & Atmospheric Sciences

Calculate the temperature of the parcel at the following elevations as it rises up the windward side of the mountain.

Assume that a parcel of air is forced to rise up and over a 4000-meter-high mountain (as shown). The initial temperature of the parcel at sea level is 30°C, and the lifting condensation level (LCL) of the parcel is 2000 meters. The DAR is 10°C/1000 m and the SAR is 6°C/1000 m. Assume that condensation begins at 100% relative humidity and that no evaporation takes place as the parcel descends.



(a) 1000 m __________ °C
(b) 2000 m __________ °C
(c) 4000 m _________ °C

Environmental & Atmospheric Sciences

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

Environmental & Atmospheric Sciences

Lunar regolith breccia contains crystalline rock fragments and glassy fragments formed by meteorite impacts

Indicate whether the statement is true or false

Environmental & Atmospheric Sciences