Astronomy & Deep Space
Meteorology & Climate
Plate Tectonics & Weather Maps
Earth's Layers & Interior
ESRT Review
100

According to the Big Bang theory, the universe is constantly doing this,

Expanding / Red shifted 

100

Winds blow from areas of this type of pressure to areas of this type of pressure.

high pressure to low pressure

100

This type of tectonic plate boundary is responsible for the formation of the Mid-Atlantic Ridge.

divergent boundary

100

This thin, outermost layer of the Earth is broken into two types: a thick, less-dense continental type and a thin, dense oceanic type.

The crust 

100

A question asks you to identify a mineral that scratches glass, has cleavage, and is chemically composed of $SiO_2$. You should open your booklet to this page.

Pages 16 and 17 (Properties of Common Minerals).

200

This is the actual shape of Earth’s orbit around the Sun, which has two foci (one being the Sun itself).

eccentric ellipse

200

This is the primary reason why planetary winds and ocean currents deflect to the right in the Northern Hemisphere.

the Coriolis Effect

200

This type of air mass originates over the Gulf of Mexico and brings warm, humid weather to New York.

mT (maritime Tropical)

200

What is the specific thickness range of Earth's continental crust? 

30 to 50 km 

200

You are given a blank circle with weather data around it and need to decipher the cloud cover and wind speed. You find the key on this page.

Page 18 (Key to Weather Station Models).

300

What influences stars life cycles? 

Their masses 

300

This specific greenhouse gas is a major contributor to global warming and enters the atmosphere primarily through the burning of fossil fuels.

Carbon Dioxide

300

On a weather map, a line with triangles on one side represents this type of boundary, where cold air moves in to replace warm air.

A cold front

300

The Earth's inner and outer core is in what state of matter?

  • The Outer Core: This layer is in a liquid (fluid) state.

  • The Inner Core: This layer is in a solid state.

300

If you need to compare the mass, density, or distance from the Sun of Jupiter versus Earth, you will use the data table on this page.

Page 2 (Solar System Data).

400

Our Sun is currently classified as this type of star on the Luminosity and Temperature of Stars chart in the ESRT.

Main sequence 

400

All bad weather occurs in this pressure system 

low pressure systems 

400

This is the tectonic plate boundary located off the west coast of South America, responsible for the formation of the Peru-Chile Trench.

convergent boundary

400

Based on the model, this is the maximum possible density found within Earth's solid inner core layer.

13.1 g/cm^3

400

To find out if a star is classification "Alpha Centauri" is hotter or cooler than our Sun, you use the "Characteristics of Stars" graph on this page.

Page 4 (HR Diagram) 

500

f a star’s spectral lines are shifted toward the blue end of the spectrum, it indicates the star is moving in what direction?

Moving towards the earth 

500

On a station model, if the air pressure is listed as the shorthand code "196", this is the actual barometric pressure in millibars.

1019.6 mb

500

A warm front causes what type of weather conditions? 

steady, long-lasting rain (or light rain over a large area)

500

Based on the density values provided in the model, this type of crust is denser, causing it to subduct beneath the other during a tectonic collision.

oceanic crust

500

You need to determine if the San Andreas Fault is a transform, convergent, or divergent boundary. You look at the tectonic map on this page.

Page 12 (Tectonic Plates map).