Final Exam Review

 

 

 

____          1.   The daily rising and setting of heavenly objects like the Sun is caused by the orbit of Earth. _________________________

 

____          2.   Albedo is the material blasted out of the Moon’s surface as a result of space-object impacts. _________________________

 

____          3.   A lunar eclipse occurs when the Earth passes between the Sun and Moon. _________________________

 

____          4.   Mars is the planet most similar to Earth in physical properties, such as diameter, mass, and density. _________________________

 

____          5.   The high concentration of carbon dioxide (CO2) in the atmosphere of Mars inhibits infrared radiation from escaping and keeps the surface extremely hot. _________________________

 

____          6.   The Hubble Space Telescope has been particularly valuable for studying the effects of weightlessness on humans. _________________________

 

____          7.   Telescopes are placed above the atmosphere in order to most effectively collect infrared and ultraviolet radiation, X rays, and gamma rays. _________________________

 

____          8.   Mercury has the largest day-night temperature difference of all the planets in our solar system. _________________________

 

____          9.   In the convective zone of the solar interior, volumes of gas carry energy to the Sun’s interior. _________________________

 

____          10.  Absolute magnitude takes distance into account when indicating the surface temperature of a star. _________________________

 

____          11.  Stars are assigned a spectral type, with M being the hottest stars. _________________________

 

____          12.  The farther away from Earth a galaxy is, the slower it is moving. _________________________

 

____          13.  Project Gemini launched the first American into space on May 5, 1960. _________________________

 

____          14.  A combination of many liquids makes up Earth’s atmosphere. _________________________

 

____          15.  The source of rain, clouds, and snow is ozone. _________________________

 

____          16.  The density of air increases as altitude decreases. _________________________

 

____          17.  The atmosphere is composed mostly of helium and oxygen, with traces of other gases such as carbon dioxide and water vapor. _________________________

 

____          18.  The stratosphere is important because it contains nitrogen, which blocks harmful ultraviolet radiation from the Sun. _________________________

 

____          19.  The amount of water vapor in a given volume of air is its relative humidity. _________________________

 

____          20.  Imbalances in Earth’s heat energy help to create weather. _________________________

 

____          21.  Due to the Coriolis effect, moving air particles are deflected to the right in the northern hemisphere and to the left in the southern hemisphere. _________________________

 

____          22.  Extreme differences in the temperatures of updrafts and downdrafts, and a continuous supply of surface heat can help make thunderstorms more severe. _________________________

 

____          23.  All tropical cyclones thrive on the energy in warm and cold air masses. _________________________

 

____          24.  The major criteria used to classify climates are temperature and amount of precipitation. _________________________

 

____          25.  Roughly half of all Earth's seawater is contained in the Atlantic Ocean. _________________________

 

____          26.  Nitrogen is one of the dissolved nutrients in seawater. _________________________

 

____          27.  The oceans contain 97 percent of Earth’s water, and saltwater sources contain 3 percent. _________________________

 

____          28.  Earth’s tidal bulges are always aligned with the Sun. _________________________

 

____          29.  Upwelling waters bring nutrients to the ocean’s surface. _________________________

 

____          30.  Longshore currents move large amounts of sediments along the shore. _________________________

 

____          31.  Barrier islands are formed by rip currents. _________________________

 

____          32.  Black and white smokers are submerged basalt volcanoes. _________________________

 

____          33.  Project Apollo launched a two-person spacecraft into orbit in 1969. _________________________

 

____          34.  The arrangement of waves that includes gamma rays, X rays, ultraviolet radiation, visible light, infrared radiation, microwaves, and radio waves according to wavelength and frequency is called the electromagnetic spectrum. _________________________

 

____          35.  The telescope that uses lenses to bring visible light to a focus is a reflecting telescope. _________________________

 

____          36.  A lunar eclipse can only occur during the phase of the new moon. _________________________

 

____          37.  Nicolaus Copernicus found that in a heliocentric model of the solar system, the inner planets move faster in their orbits than the outer planets, giving the appearance from Earth that some planets move in a retrograde motion. _________________________

 

____          38.  Mercury has the largest day-night temperature difference of all the planets in the solar system. _________________________

 

____          39.  Kepler’s first law demonstrates that each planet has an elliptical orbit of unique size and shape with the Sun at one focus. _________________________

 

____          40.  Asteroids are thought to be leftover planetesimals that never formed planets from the time of the solar system’s formation. _________________________

 

____          41.  The dense concentration of gas at the center of the solar nebula eventually became the Sun. _________________________

 

____          42.  Periods of extensive glacial coverage are called glacial ages. _________________________

 

____          43.  The greenhouse effect is the natural cooling of Earth’s surface caused by certain gases in the atmosphere. _________________________

 

____          44.  The Koeppen classification system classifies climate based on mean monthly values of temperature and precipitation. _________________________

 

____    45.  The principle of uniformitarianism states that sedimentary rocks are deposited in horizontal layers. ____________________

 

Multiple Choice

Identify the letter of the choice that best completes the statement or answers the question.

 

____          46.  People who see a partial solar eclipse are located in the ____ portion of the Moon's shadow.

a.

umbra

c.

apogee

b.

perigee

d.

penumbra

 

 

____          47.  A lunar eclipse occurs when the Moon passes through Earth's ____.

a.

atmosphere

c.

shadow

b.

orbit

d.

umbra

 

 

____          48.  Earth's tilt in combination with its orbit around the Sun cause the ____.

a.

tides

c.

seasons

b.

full moon

d.

Coriolis effect

 

 

____          49.  Our timekeeping system is based on the ____.

a.

sidereal day

c.

phases of the moon

b.

solar day

d.

Earth's tilt

 

 

____          50.  Bodies of interplanetary debris that orbit the Sun with most in the area between Mars and Jupiter are called ____.

a.

meteors

c.

asteroids

b.

comets

d.

meteorites

 

 

____          51.  Interplanetary material that enters the Earth's atmosphere and collides with the ground rather than burning up is called a(n) ____.

a.

meteor

c.

asteroid

b.

comet

d.

meteorite

 

 

____          52.  This planet has the largest volcano in the solar system:

a.

Pluto

c.

Earth

b.

Mars

d.

Venus

 

 

____          53.  The north pole on this planet lies in its orbital plane, it experineces 42 yrs in darkness and 42 yrs. in light:

a.

Neptune

c.

Saturn

b.

Uranus

d.

Jupiter

 

 

____          54.  What two gas giants appear blue because of the methane in their atmosphere?

a.

Jupiter and Saturn

c.

Neptune and Uranus

b.

Saturn and Uranus

d.

Jupiter and Neptune

 

 

____          55.  Which planet has albedo of .75 the highest of any planet:

a.

Mercury

c.

Venus

b.

Saturn

d.

Jupiter

 

 

____          56.  On this planet liquid metallic hydrogen has been found:

a.

Neptune

c.

Saturn

b.

Uranus

d.

Jupiter

 

 

____          57.  The state of matter found in the interior of the sun is:

a.

plasma

c.

liquid

b.

solid

d.

solid

 

 

____          58.  The top layer of the sun is called:

a.

photosphere

c.

corona

b.

chromosphere

d.

core

 

 

____          59.  Most of the light emitted by the Sun comes from the ____.

a.

chromosphere

c.

prominence

b.

corona

d.

photosphere

 

 

____          60.  Great clouds of glowing gases form high arches called:

a.

solar flares

c.

prominences

b.

coronal holes

d.

auroras

 

 

____          61.  Where does nuclear fusion in the Sun occur?

a.

in the convective zone

c.

in the photosphere

b.

in the radiative zone

d.

in the core

 

 

____          62.  The ____ of a star determines its temperature, luminosity, and diameter.

a.

mass

c.

energy output

b.

composition

d.

density

 

 

____          63.  All stars, including the Sun, have the following identical composition:

a.

25 percent hydrogen; 73 percent helium; and 2 percent oxygen

b.

25 percent helium; 73 percent hydrogen; and 2 percent other

c.

25 percent helium; 73 percent hydrogen; and 2 percent oxygen

d.

25 percent hydrogen; 73 percent helium; and 2 percent other

 

 

____          64.  The main sequence lifetime of a low-mass star is ____ the lifetime of the Sun.

a.

much longer than

b.

much shorter than

c.

the same as

d.

sometimes identical, sometimes different than

 

 

____          65.  If the average density is higher than the critical density, the universe is ____.

a.

closed

c.

flat

b.

open

d.

round

 

 

____          66.  Recent observations show that the rate of expansion of the universe is ____.

a.

slowing down

c.

constantly changing

b.

stabilizing

d.

speeding up

 

 

____          67.  Earth’s atmosphere contains more ____ than any other substance.

a.

hydrogen and nitrogen

c.

nitrogen and oxygen

b.

helium and oxygen

d.

carbon and nitrogen

 

 

____          68.  ____ can act as a lid or trap, thus worsening air-pollution problems.

a.

Temperature inversions

c.

Lifted condensation levels

b.

Relative humidity

d.

Convection currents

 

 

____          69.  An air mass that has high ____ resists rising.

a.

moisture

c.

stability

b.

density

d.

heat

 

 

____          70.  Condensation nuclei are particles of atmospheric dust around which ____.

a.

ozone collects

c.

evaporation occurs

b.

cloud droplets form

d.

winds form

 

 

____          71.  The Coriolis effect is due to the ____ of Earth.

a.

revolution

c.

shape

b.

rotation

d.

density

 

 

____          72.  Low-pressure systems are usually associated with ____ weather.

a.

cold and dry

c.

sunny and dry

b.

cloudy and rainy

d.

warm and humid

 

 

____          73.  Low-pressure systems that heavily influence weather in the middle latitudes are ____.

a.

polar easterlies

c.

air masses

b.

wave cyclones

d.

warm fronts

 

 

____          74.  A balloon-borne package of sensors that gathers upper-level temperature, air pressure, and humidity is ____.

a.

a radiosonde

c.

a hygrometer

b.

a satellite

d.

Doppler radar

 

 

____          75.  The change in wave frequency of energy as it moves toward or away from an observer is the ____.

a.

Coriolis effect

c.

convergence effect

b.

Doppler effect

d.

radar effect

 

 

____          76.  Polar and tropical regions maintain fairly constant average temperatures because ____.

a.

the Sun always strikes these regions at the same angle

b.

air masses remain stationary near the poles and equator

c.

Earth radiates extra energy back into space

d.

the continual motion of air and water reallocates heat energy throughout Earth

 

 

____          77.  Differences in thermal energy can be detected with ____.

a.

ultraviolet imagery

c.

infrared imagery

b.

visible light

d.

sonar imagery

 

 

____          78.  A record of weather data for a particular site at a particular time is a(n) ____.

a.

station model

c.

isopleth model

b.

topographic map

d.

climate map

 

 

____          79.  Which of the following would NOT be included in a station model?

a.

humidity

c.

pressure

b.

wind

d.

temperature

 

 

____          80.  Which of the following is NOT a characteristic of a high-pressure system?

a.

sinking air

c.

fair weather

b.

dense air

d.

thunderstorms

 

 

____          81.  What does Doppler radar monitor?

a.

the motion of moving raindrops

c.

temperature, air pressure and humditiy

b.

atmospheric

d.

the height of cloud layers

 

 

____          82.  A(n) ____ thunderstorm forms because of unequal heating of Earth’s surface within one air mass.

a.

frontal mass

c.

air mass

b.

cold front

d.

air pressure

 

 

____          83.  Very severe thunderstorms can form when a ____ has a large continuous supply of warm air to lift and condense.

a.

cold front

c.

warm front

b.

warm air mass

d.

tornado

 

 

____          84.  When friction between updrafts and downdrafts within a cumulonimbus cloud creates regions of air with opposite charges, ____ forms.

a.

warm air

c.

precipitation

b.

lightning

d.

ozone

 

 

____          85.  ____ are often associated with very severe thunderstorms called supercells.

a.

Tornadoes

c.

Hurricanes

b.

Sea breezes

d.

Heat waves

 

 

____          86.  A mound of water driven toward coastal areas by hurricane winds is called a ____.

a.

cyclone

c.

storm surge

b.

supercell

d.

cold front

 

 

____          87.  In addition to average weather conditions, climatological data also describes annual variations and fluctuations of temperature, precipitation, ____, and other variables.

a.

cloud height

c.

ocean temperature

b.

wind speed

d.

soil moisture

 

 

____          88.  A widely used climate classification system is the ____ system.

a.

Maunden

c.

Koeppen

b.

Topographic

d.

Korten

 

 

____          89.  Studies indicate that periods of low sunspot activity, like the ____, correspond to unusually cold climate conditions.

a.

Maunder minimum

c.

Maunder divide

b.

Maunder ice age

d.

Maunder maximum

 

 

____          90.  The burning of fossil fuels releases large amounts of ____ into the atmosphere, which contributes to global warming.

a.

carbon monoxide

c.

carbon dioxide

b.

calcium carbonate

d.

sulfur dioxide

 

 

____          91.  Types of climate data include annual variations in temperature, precipitation, and ____.

a.

air pollution

c.

wind

b.

water cycle

d.

topography

 

 

____          92.  Two climates that are at the same latitude may be different because of ____.

a.

bodies of water

c.

Earth’s magnetic field

b.

distance from the poles

d.

soil type

 

 

____          93.  The climatic zone that receives the least solar radiation and has the coldest climate is the ____.

a.

polar zone

c.

equatorial zone

b.

tropical zone

d.

temperate zone

 

 

____          94.  Which of the following affects the density of seawater?

a.

salinity

c.

hydrogen bonds

b.

melting point

d.

breakers

 

 

____          95.  Which of the following is NOT an Atlantic deep-water mass?

a.

Antarctic Bottom Water

c.

Atlantic Bottom Water

b.

Antarctic Intermediate Water

d.

North Atlantic Deep Water

 

 

____          96.  What is the average surface temperature of the ocean?

a.

-2°C

c.

30°C

b.

2°C

d.

15°C

 

 

____          97.  The area where a freshwater river or stream enters the ocean is a(n) ____.

a.

longshore current

c.

beach

b.

barrier island

d.

estuary

 

 

____          98.  The shallowest parts of the ocean are the ____.

a.

submarine canyons

c.

continental margins

b.

continental slopes

d.

continental rises

 

 

____          99.  The submerged parts of continents are called ____.

a.

continental shelves

c.

continental crust

b.

continental slopes

d.

continental margins

 

 

____          100.            The smooth part of the ocean floor at 5 or 6 km below sea level is the ____.

a.

mid-ocean ridge

c.

abyssal plain

b.

deep-sea trench

d.

continental rise

 

 

____          101.            Cloud droplets collide to form larger droplets in a process called ____.

a.

coalescence

c.

condensation

b.

convection

d.

composition

 

 

____          102.            What is the constant movement of water between the atmosphere and Earth’s surface?

a.

precipitation cycle

c.

cloud cycle

b.

water cycle

d.

atmosphere cycle

 

 

____          103.            Which of the following is used to determine the absolute age of a rock?

a.

relative-age dating

c.

permineralization

b.

correlation

d.

radiometric dating

 

 

____          104.            Molds, casts, coprolites, and petrified wood are all example of ____.

a.

fossils

c.

unconformities

b.

radioactive isotopes

d.

disconformities

 

 

____          105.            An example of a trace fossil includes a ____.

a.

cast of a clam

c.

mud crack

b.

worm trail

d.

raindrop impression

 

 

Matching

 

Match each item with the correct statement below.

a.

meteor

d.

comet

b.

interstellar cloud

e.

1 astronomical unit

c.

belt

f.

precession

 

 

____          106.            Earth’s average distance from the Sun: 1.496 ´ 108 km

 

____          107.            Cloud type that is low, warm, dark-colored, and sinking

 

____          108.            The wobble of Earth’s axis caused by the Moon’s gravitational force on Earth

 

____          109.            Cloud of gas and dust from which stars and planets are formed

 

____          110.            Interplanetary material that burns up and becomes a bright, glowing streak of light in Earth’s atmosphere

 

____          111.            Small, icy body made of ice and rock that has a highly eccentric orbit around the Sun

 

Match each item with the correct definition below.

a.

black hole

e.

main sequence

b.

photosphere

f.

nebula

c.

fusion

g.

solar activity cycle

d.

constellation

h.

spectrum

 

 

____          112.            Combining of lightweight nuclei into heavier nuclei, such as four hydrogen nuclei combining to form a helium nucleus

 

____          113.            Cloud of interstellar gas and dust that collapses on itself to form a new star

 

____          114.            Visible light arranged according to wavelengths

 

____          115.            Group of bright stars named for an animal, a mythological character, or an everyday object

 

____          116.            Minimum to maximum sunspots, a reversal of polarity, and minimum to maximum sunspots over a period of 22.4 years

 

____          117.            Lowest layer of the Sun’s surface from which most of the light emitted by the Sun comes

 

____          118.            Section of the H-R diagram into which about 90 percent of stars fall

 

____          119.            Small, massive, dense object that has a gravity so immense that nothing—not even light—can escape it

 

Match each item with the correct statement below.

a.

trade winds

c.

prevailing westerlies

b.

polar easterlies

d.

jet streams

 

 

____          120.            Systems that lie between the poles and about 60° latitude in both hemispheres

 

____          121.            Narrow bands of fast, high-altitude westerly winds

 

____          122.            Winds occurring between 30° north and south latitude and the equator

 

____          123.            Winds that flow between 30° and 60° north and south latitude

 

Match each item with the correct statement below.

a.

oceanography

h.

crest

b.

side-scan sonar

i.

trough

c.

sea level

j.

breaker

d.

salinity

k.

tide

e.

temperature profile

l.

density current

f.

thermocline

m.

surface current

g.

wave

n.

upwelling

 

 

____          124.            Measure of the amount of dissolved salts in seawater

 

____          125.            Periodic rise and fall of sea level

 

____          126.            Technique that directs sound waves toward the ocean floor at an angle to map its topographic features

 

____          127.            Current caused by wind

 

____          128.            Collapsing wave

 

____          129.            Set of data that plots changing water temperature with depth

 

____          130.            Lowest point of a wave

 

____          131.            Current caused by differences in the temperature and salinity of ocean water

 

____          132.            Highest point of a wave

 

____          133.            Scientific study of Earth’s oceans

 

____          134.            Level of the ocean’s surface

 

____          135.            Upward motion of ocean water

 

Match each item with the correct statement below.

a.

exosphere

d.

stratosphere

b.

ionosphere

e.

thermosphere

c.

mesosphere

f.

troposphere

 

 

____          136.            The layer between the stratosphere and thermosphere

 

____          137.            The layer in which most pollution occurs

 

____          138.            The atmosphere’s outermost layer

 

____          139.            Layer within the thermosphere filled with electrically charged particles

 

____          140.            The part of the atmosphere containing the ozone layer

 

____          141.            Air temperatures in this layer can reach higher than 1000° C

 

Match each item with the correct phrase below.

a.

electromagnetic radiation

j.

Foucault pendulum

b.

refracting telescope

k.

ecliptic

c.

reflecting telescope

l.

vernal equinox

d.

interferometry

m.

synchronous rotation

e.

spinoffs

n.

solar eclipse

f.

maria

o.

umbra

g.

ejecta

p.

penumbra

h.

rilles

q.

lunar eclipse

i.

regolith

 

 

 

____          142.            Plane of the Earth's orbit about the Sun

 

____          143.            Material blasted out of impact craters on the Moon that falls back to the surface

 

____          144.            Electric and magnetic disturbances, or waves, that travel through space

 

____          145.            The Moon's state, in which its rotational and orbital periods are equal

 

____          146.            Dark, smooth plains on the Moon's surface

 

____          147.            Hanging-weight system that helps demonstrate the rotation of Earth

 

____          148.            Valley-like structures on the Moon's surface

 

____          149.            Loose, ground-up rock on the Moon's surface

 

____          150.            Telescope that uses lenses to bring visible light to a focus

 

____          151.            Process of linking many separate telescopes together to act as one

 

____          152.            Occurs when the Moon passes directly between the Sun and Earth

 

____          153.            Outer portion of the Moon's shadow on Earth during a solar eclipse

 

____          154.            Inner portion of the Moon's shadow on Earth during a solar eclipse

 

____          155.            Telescope that uses mirrors to bring visible light to a focus

 

____          156.            Spring day characterized by day and night of equal lengths

 

____          157.            Occurs when the Moon passes through Earth’s shadow

 

____          158.            NASA technologies that have been passed on to commercial industries for        common usage

 

Match each item with the correct statement below.

a.

Kepler’s second law

d.

Solar nebula

b.

Law of universal gravitation

e.

Retrograde motion

c.

Interstellar cloud

f.

Planetismals

 

 

____          159.            Can condense and become concentrated enough to form a star and possibly planets

 

____          160.            The movement of a planet in an opposing direction across the sky

 

____          161.            The disk of dust and gas that formed the Sun and planets

 

____          162.            Tiny grains of condensed material accumulate and merge together to form these large bodies that grow until they reach hundreds of kilometers in diameter

 

____          163.            An imaginary line between the Sun and a planet that sweeps out equal amounts of area in equal amounts of time

 

____          164.            The statement that describes the relationship among the masses of two bodies and the force and distance between them

 

Match each item with the correct statement below.

a.

season

c.

climatology

b.

ice age

d.

El Niño

 

 

____          165.            The study of Earth’s climate and the factors that affect past, present, and future climate changes

 

____          166.            A short-term period of climatic change caused by regular variations in daylight, temperature, and weather patterns

 

____          167.            Period when much of Earth’s surface was covered by vast sheets of ice

 

____          168.            A warm ocean current that develops off the west coast of South America

1