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The First-Order Model Attempts to Explain Average Air Temperatures

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The first-order model The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast ( The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ in miles), and altitude ( The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ in hundreds of feet). Interpret the parameters The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ . The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ = ______________
Interpret The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ .
______________ The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ = ______________
Interpret The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ .
______________ The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ = ______________
Interpret The first-order model   attempts to explain average air temperatures in degrees Fahrenheit for a particular day as a function of distance from the coast (   in miles), and altitude (   in hundreds of feet). Interpret the parameters   .   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________   = ______________ Interpret   . ______________ .
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Definitions:

Mass Extinctions

Significant global events in the Earth's history where large percentages of species die out in a relatively short period of time, often due to catastrophic environmental changes.

Geologic Timescale

A method of dating based on the chronological correlation of Earth's geological layers to time, utilized by geologists for depicting the sequence and association of historical events on Earth.

Seafloor Spreading

The process by which new oceanic crust is formed at mid-ocean ridges and slowly moves away from them.

Isotopic Ages

The determination of the age of rocks, minerals, or samples by measuring the relative abundance of specific isotopes.

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