Quiz
Intro To Weather Practice Test for Mid Term
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Perguntas do quiz (124)
1Once a parcel of air rises above the lifting condensation level, the rate of cooling slows because
- AA. latent heat is released when water vapor condenses.
- BB. the air surrounding the parcel is cooler.
- CC. water droplets absorb visible light much better than water vapor does.
- DD. The parcel of air continues to cool at the dry adiabatic lapse rate.
2Adiabatic Processes.....
- AA. Occur with the addition or loss of energy.
- BB. Are relatively uncommon in the atm
- CC. Often involve changes in both temperature and pressure
- DD. Are relatively not reversible
3What will be the temperature of an unsaturated parcel of air at an altitude of 430 meters if it has a temperature of 10 degrees Celsius at the surface?
- AA. 14 degrees Celsius
- BB. 10 degrees Celsius
- CC. 5.7 degrees Celsius
- DD. 0 degrees Celsius
4If the Environmental Lapse Rate is 5 degrees Celsius per 1000 meters and the surface temperature is 22 degrees Celsius, which of the following describes the temperature an unsaturated air parcel would have, relative to its surroundings, if it was lifted from the surface to 3000 meters?
- AA.Warmer than its surroundings
- BB. Colder than its surroundings
- CC. The same temperature as its surroundings
- DD. This cannot be determined from the information provided
5The most common mechanism of cloud formation is
- AA. lowering the air temperature to the dew point by adiabatic cooling of rising air.
- BB. adding water vapor to the air.
- CC. mixing warm moist air with cold air.
- DD. both adding water vapor to the air and mixing warm moist air with cold air.
6Which of the following best describes the result when a parcel of air is lifted and the Environmental Lapse Rate is greater than the dry adiabatic lapse rate?
- AA. Unconditionally stable air
- BB. Conditionally stable air
- CC. Absolutely stable air
- DD. Absolutely unstable air
7This type of air will keep rising after an initial upward push.
- Astatically stable air
- Bstatically neutral air
- Cstatically unstable air
- Dair that is colder and denser than surrounding air
8This type of air neither rises on its own following an initial lift nor sinks back to its original level.
- AA. statically neutral air
- BB. statically unstable air
- CC. statically stable
- DD. none of these types of air rises on its own following an initial lift nor sinks back to its original level
9Conditionally unstable air
- AA. contains a mixture of absolutely stable air and absolutely unstable air.
- BB. moves through an environmental lapse rate that is between the dry adiabatic lapse rate and the wet adiabatic lapse rate.
- CC. always has a negative buoyancy.
- DD. rarely provides precipitation.
10This type of air neither rises on its own following an initial lift nor sinks back to its original level.
- AA. statically neutral air
- BB. statically unstable air
- CC. statically stable
- DD. none of these types of air rises on its own following an initial lift nor sinks back to its original level
11The environmental lapse rate typically decreases at night because
- AA. the surface cools more rapidly than the air aloft.
- BB. the surface absorbs more longwave radiation than the air aloft.
- CC. the surface absorbs less longwave radiation than the air aloft.
- DD. the surface cools more slowly than the air aloft.
12Ascending parcels of unstable air seldom extend above the tropopause because
- Athe stratosphere is extremely stable.
- Bthe stratosphere is extremely unstable.
- Cthe troposphere is extremely stable.
- Dthe troposphere is extremely unstable.
13An inversion
- Aimplies that a layer of air is unstable.
- Bindicates that a layer of air is stable.
- Chas no significance as far as a meteorologist is concerned.
- Dmeans that a layer of air is overturning.
14In which environment is an air parcel most likely to rise?
- AAbsolutely stable
- BAbsolutely unstable
- CAt the condensation level
- DConditionally unstable
15Radiation fog
- Adoes not form if there is any wind.
- Bdisappears through "lifting."
- Cis the type of fog that envelops San Francisco in the summer.
- Doccurs most often on cloudless nights.
16Advection fog
- Aoccurs when warm air passes over a cool surface.
- Bis the result of adiabatic cooling.
- Crarely travels more than 100 meters from its point of origin.
- Dis responsible for the Tule fog of the Central Valley of California.
17The high incidence of fog in the Pacific northwest is primarily due to (there is a picture)
- Aa. very strong winds
- Bb. orographic lifting.
- Cc. the advection of moist oceanic air over cold surfaces.
- Dd. reduced amounts of daylight at these high northern latitudes.
18The [blank_start]_____________[blank_end] cloud type can form from air converging and rising vertically (clouds of vertical development), and is associated with heavy downpours of rain.
- ACumulonimbus
- BNimbus
- CStratus
- DAlto
- EHigh
- FCirrus
19 The _______ cloud type can form from air converging and rising vertically (clouds of vertical development), and is associated with heavy downpours of rain.
The [blank_start]______[blank_end] form of clouds produces the heaviest precipitation.
_______ clouds would most commonly be associated with orographic lifting along mountain ranges.
A cloud that occupies a range of approximately 8,000 to 10,000 feet would have the prefix _________- ANimbus
- BCumulonimbus
- CAlto
- DHigh
- EStratus
- FCirrus
20Label the clouds
- Aaltocumulus
- Bstratus
- Caltostratus
- Dcirrus
- Ecumulonimbus
21Drag the appropriate labels to their respective target on the cold front
- ACirrus
- BStratus
- CCumulonimbus
- DAlto Stratus
22warm front
- AStratus
- BAltostratus
- CCirrus
- DAlto
- ECumu
23Hail formation is associated with
- Acumulonimbus.
- Bcumulus.
- Cstratocumulus.
- Dnimbostratus.
24This is not a form of low cloud.
- Animbostratus
- Bstratus
- Cnimbocumulus
- Dstratocumulus
25Cirrostratus clouds
- Acontain a mixture of ice crystals and supercooled water droplets.
- Bare formed by wind shear.
- Care responsible for the halo effect.
- Dare more likely to herald coming precipitation than are cirrocumulus clouds.
26Which of the following pairs of clouds are the primary precipitation-producing ones?
- Aaltostratus and nimbostratus
- Bstratocumulus and cumulonimbus
- Cstratus and nimbostratus
- Dnimbostratus and cumulonimbus
27Stratus clouds
- Ahave a high-water content.
- Bare a most responsible for colorful sunsets.
- Cform only from the adiabatic lifting of air.
- Dcan form sheets up to several hundred miles long.
28Cumulus congestus
- Ahave large temperature differences between the bottom and top.
- Bdo not have temperatures below about -4 degrees Celsius.
- Care formed in stable air, typically in inversion layers.
- Dare composed entirely of supercooled water droplets.
29Which of the following are not in the High Cloud group?
- Acirrus
- Baltostratus
- Ccirrocumulus
- Dcirrostratus
30Stratocumulus clouds are considered
- Aclouds with extensive vertical development.
- Blow clouds.
- Cmiddle clouds
- Dhigh clouds
31High clouds
- Ahave a typical ceiling around 4500 meters.
- Bare composed of ice crystals.
- Cinclude altostratus clouds.
- Dhave a fairly large water content.
32Lenticular clouds
- Aresult in a substantial net accumulation of moisture within the clouds.
- Busually form over gently sloping plains.
- Chave linear shapes.
- Dare the result of waves in the air flow.
33have linear shapes.
- Aprovide smooth flying for commercial airliners.
- Bare prevented by the tropopause from entering the stratosphere.
- Care typically composed of ice near the bottoms of the clouds.
- Dcan span nearly the entire troposphere.
34Label the Chart with drop downs
- APercipitation
- BRain Cloud
- CSurface runoff
- DInfiltration
- EEvapotranspiration
- FEvaporation
- GCloud Formation
35Label the picture
- ARain Cloud
- BInfiltration
- CEvapotranspiration
- DCloud Formation
- EEvaporation
- Fsurface runoff
36Place Labels:
- Water Table
- Zone of Soil Moisture
- Unsaturated Zone
- Saturated Zone
- Material of high porosity & permeability
- Material of low porosity & permeability
- AUnsaturated Zone
- BZone of Soil Moisture
- CSaturated Zone
- DWater Table
- EMaterial of high porosity & permeability
37The residence time of water in the atmosphere is about
- A12 hours
- B100 days
- C10 days
- D1 day
38Liquid water at the ground does not always flow along the land surface, but instead penetrates into the ground in the process called
- Atranspiration
- Binterception
- Cinfiltration
- Dboth interception and infiltration
39Water is unique because
- Aits coefficient of expansion as it freezes is linear.
- Bit exists in all three states naturally at the same time.
- Cit vaporizes at a very low temperature.
- Dit can be forced through pipes at considerable pressure.
40Saturation
- Aoccurs when the condensation rate equals the evaporation rate.
- Bis a state of disequilibrium.
- Coccurs even when there are still substantial fluctuations in the concentration of water vapor above the surface.
- Drequires the presence of other gases besides water vapor.
41Saturation vapor pressure is dependent upon this variable.
- Aair pressure
- Btemperature
- Cair composition
- Dtime of day
42Specific humidity
- Ais a ratio of one mass to another mass.
- Bis temperature dependent.
- Ctypically has values of 10 percent or greater.
- Dhas little use for scientific studies.
43Humidity
- Ais measured only one way.
- Bis unrelated to the vapor pressure of water.
- Cis a measure of only the water vapor in the air.
- Dapplies to water, whether solid, liquid, or vapor.
44When the relative humidity is 100 percent
- Athe specific humidity is greater than the saturation specific humidity
- Bwater will condense out of the air.
- Cevaporation ceases.
- Dthe saturation specific humidity is greater than the specific humidity.
45Relative humidity
- Ais independent of air temperature.
- Bdepends on the actual amount of water vapor.
- Ccan change substantially during the course of a day.
- Dallows easy comparison of water vapor at different locations.
46As the temperature increases, generally, the relative humidity
- Ais unaffected
- Bis erratic
- Cincreases
- Ddecreases
47The relative humidity can increase or decrease even though the water vapor content doesn't change because
- Arelative humidity is temperature dependent.
- Brelative humidity is tied to the amount of dry air present in the sample considered.
- Crelative humidity is directly dependent on cloud cover.
- Dwater vapor is a locally conservative property of the atmosphere
48Water vapor amounts are generally lower during winter because
- Aweaker winds reduce the atmosphere's ability to contain water vapor.
- Bcolder temperatures increase the atmosphere's ability to contain water vapor.
- Cstronger winds reduce the atmosphere's ability to contain water vapor.
- Dcolder temperatures reduce the atmosphere's ability to contain water vapor.
49Higher amounts of water vapor are found near the Gulf of Mexico because
- Athe Gulf's low water temperature promotes condensation.
- Bthe Gulf's high water temperature promotes condensation.
- Cthe Gulf's high water temperature promotes evaporation.
- Dthe Gulf's low water temperature promotes evaporation.
50Which of the following does NOT describe a way in which air can become saturated?
- ALowering the temperature down to the dew point
- BMoist Air
- CDecreasing the relative humidity to 0 percent
- DMixing cold air with warm air
51The effect of humidity and high temperature on human comfort is given by the
- Aheat index.
- Bmoisture index.
- Ccooling degree-days.
- Dheating degree-days.
52Which of the following pairs of change-of-state processes bypass the liquid state of water?
- Aevaporation and condensation
- Bsublimation and deposition
- Cfreezing and melting
- Dfreezing and condensation
53What would be the best time of day to water a lawn to minimize the evaporation of water from the surface of the grass, assuming the dew point temperature remained constant?
- A9am
- B3pm
- C6am
- D9pm
54What is the most effective index of water vapor content?
- Aprecipitation
- Bdew point
- Cabsolute humidity
- Drelative humidity
55The dew point
- Ais not a very effective indicator of water vapor content.
- Bis high when there is little water vapor in the air.
- Ccan be used with air temperature to indicate the value of relative humidity.
- Dcan be higher than the current air temperature.
56Why is the sky blue?
- AMie scattering by particles in the atmosphere
- BRayleigh scattering of solar radiation by air molecules
- CAbsorption by air molecules
- DSolar reflection off of the oceans
57The difference between "Rayleigh" scattering and "Mie" scattering is
- Athe wavelengths of the incoming radiation.
- Bthe size of the scattering particulates.
- Cthe length of time the Sun shines.
- Dthe wavelength of the incoming radiation and the size of the scattering particulates.
58Albedo
- Ais the same for all geographic features.
- Bis high for sand and dirt.
- Cis high for ice, snow and thick clouds.
- Dvaries with latitude and not the various surfaces.
- Eis high for water.
59The planetary albedo of the earth is
- A50%
- B7%
- C30%
- D15%
60The radiation emitted by Earth
- Ais in the form of radio waves.
- Bhad its origin in radioactive elements in the earth's interior.
- Chas little effect on the earth's energy budget.
- Dis primarily absorbed by the atmosphere.
61Water vapor is the primary carrier of
- Aradiative heat transfer.
- Blatent heat.
- Csmall pox.
- Dconductive heat transfer.
62Sweating cools people because
- Ait involves a transfer of sensible heat.
- Bit utilizes evaporative cooling.
- Ccolder molecules in a passing wind adhere to the wet skin.
- Dit changes the heat capacity of the body.
63Greenhouse gases
- Adid not exist in significant concentrations until the coming of the Industrial Age.
- Bcause the earth to have much wider swings in daily temperature ranges than if the gases were not present.
- Ckeep the earth at a comfortable temperature.
- Dare good absorbers of shortwave radiation.
64The region with the greatest difference between summer and winter average temperatures would be
- Aeastern Siberia.
- Bcentral Australia.
- Cnorth Africa.
- Dnorthern North America.
65Compared to land, water bodies
- Aare more greatly influenced by continentality
- Bhave a lower specific heat.
- Ccool more slowly.
- Dwarm more quickly.
66The range of daily temperatures is ________ during cloudy conditions because ________.
- Aenlarged; clouds reduce both the incoming shortwave radiation and the outgoing longwave radiation
- Breduced; clouds reduce both the incoming shortwave radiation and the outgoing longwave radiation
- Creduced; clouds reduce the incoming shortwave radiation and increase the outgoing longwave radiation
- Denlarged; clouds reduce the incoming shortwave radiation and increase the outgoing longwave radiation
67Solar noon is typically not the warmest time of the day because
- Asurface temperature increases as long as the energy gained by the surface is less than the energy lost.
- Bsurface temperature increases as long as the energy gained by the surface is greater than the energy lost.
- Csurface temperature decreases as long as the energy gained by the surface is greater than the energy lost.
- Dsurface temperature decreases as long as the energy lost by the surface is greater than the energy lost.
68The ________ attempts to tell us what it "feels like" in cold, windy conditions.
- AHeat Index
- BGrowing Degree-Days
- CCooling Degree-Days
- DWind Chill Index
69 Latent heat released during dew formation is [blank_start]_______[blank_end] the latent heat required for water to freeze from its liquid state.
- AMore Than
- BLess Than
- CSame As
70 The latent heat released during rainfall is [blank_start]______[blank_end] the latent heat released during snowfall.
- AMore than
- BLess than
- CSame As
71Latent heat [blank_start]_____[blank_end] during evaporation of lake water is same as the latent heat released during fog formation.
- AMore Than
- BSame as
- CLess Than
72Latent heat is [blank_start]_____[blank_end] during glacial melt.
- AReleased
- BAbsorbed
73Latent heat is _[blank_start]____[blank_end] during frost formation.
- AAbsorbed
- BReleased
74The atmosphere is a(n)
- Aabsorber of all radiation equally.
- Binferior absorber of x-rays.
- Cselective absorber.
- Dblackbody absorber.
75This method of energy transfer does not involve the net movement of particles or waves in the direction of energy transfer:
- Aconvection.
- Bradiation.
- Cconduction.
- DAll three of the above involve the movement of particles.
76Convection
- Ainvolves mixing in a fluid.
- Bdoes not involve an actual transfer of energy.
- Cinvolves potential energy only.
- Dis another term for conduction.
77Energy is traditionally defined as the ability to
- Ado work.
- Bcause acceleration.
- Ccreate movement.
- Dnone of the above
78Ultraviolet, visible, and infrared are all types of radiation with different
- Awavelengths.
- Blatent heat.
- Cpotential energy.
- Dgravity
79This is a form of kinetic energy:
- Aelectrical power.
- Ba charged battery not in use
- Cfirewood
- Dwater behind a dam
80Which of the following statements describes the Stefan-Boltzmann Law?
- AThe law demonstrates that a cooler body will radiate with greater intensity than will a hotter body.
- BThe law quantifies the intensity of emitted radiation by an object in Watts per square meter.
- CIt does not apply to blackbodies.
- DIt is derived from Wien's Law.
81At the speed of light, energy from the sun takes how much time to reach the Earth?
- A30 seconds
- B24 minutes
- C8 minutes
- D1 second
82The single factor that determines how much energy a blackbody radiates is its
- Asize
- Bdiameter
- Ctemperature
- Ddistance
83The visible light spectrum is bounded by these two types of radiation:
- Aultraviolet and near infrared.
- Bx-ray and radio wave.
- Cmicrowave and gamma ray.
- Dx-ray and thermal infrared.
84Why is summer generally a warmer season than winter?
- AA hemisphere experiencing summer is tilted towards the sun.
- BThere is more land in the Northern Hemisphere.
- CEarth's orbit is elliptical.
- DEarth is closer to the Sun during summer.
85Most areas in the Northern Hemisphere receive the greatest intensity of solar energy during which time of year?
- AThe June solstice
- BThe vernal equinox
- CThe winter solctice
- DThe March equinox
86The Earth is actually the farthest from the sun on
- AJanuary 3rd
- BJuly 4th
- CApril 1st
- DDecember 25th
87The Tropic of Capricorn is directly under the Sun during the
- AMarch equinox.
- BDecember solstice.
- CJune solstice.
- DSeptember equinox.
88The earth's axis of rotation is tilted roughly this number of degrees away from a line perpendicular to the plane of the earth's orbit:
- A90
- B5.3
- C23.5
- D11.2
89At perihelion the earth is ________ closer to the sun than at Aphelion.
- A30$
- B3%
- C0.3%
- D0.000003%
90Of the following, which latitude would experience the fewest hours of daylight on the June solstice?
- A60 degrees South
- B20 degrees South
- C0 degrees (the equator)
- D60 degrees North
91The peak of the Earth's emission is ________, while the sun's peak is 0.5 microns.
- A0.1 microns
- B100 microns
- C1 micron
- D10 microns
92Choose the correct listing of radiation from the longest wavelengths to the shortest wavelengths:
- Ax-rays, ultraviolet, infrared, gamma rays, visible, radio.
- Bgamma rays, radio, ultraviolet, infrared, visible, x-rays.
- Cradio, infrared, visible, ultraviolet, x-rays, gamma rays
- Dradio, gamma rays, ultraviolet, visible, infrared, x-rays.
93The measurement used to specify wavelengths is called the
- Ananometer.
- Bmicrometer
- Cdecameter.
- Dmacrometer.
94According to the Stefan-Boltzmann Law, if the absolute temperature of an object quadruples, the maximum energy emitted goes up by a factor of how much?
- A4
- B16
- C256
- D64
95Which of the following temperature scales is the only one to begin at the zero point?
- AFahrenheit
- BCelsius
- CArgon
- DKelvin
96Calculate the average decrease in temperature per km (lapse rate) from the surface to the top of the troposphere.
- A3.6 degrees C per km
- B6.5 degrees C per km
- C8.3 degrees C per km
- D11.8 degrees C per km
97Minus 273.16 degrees Celsius equals how many Kelvins?
- A0 K
- B32 K
- C100 K
- D212 K
98Minus 20 degrees Fahrenheit is equal to how many degrees Celsius?
- A-29 degrees C
- B-52 degrees C
- C52 degrees C
- D29 degrees C
99Which of the following has the longest wavelength?
- AGAMMA
- BRADIO
- CULTRAVIOLET
- DTHERMAL INFRARED
100The atmosphere is a mixture of
- Agas molecules, small particulates, and moisture.
- Bprecipitation and air.
- Cparticulate matter and water.
- Dmoisture and gas molecules only.
101The most costly average annual weather event is
- Afloods.
- Btornadoes.
- Cextreme hot or cold episodes.
- Dhurricanes.
102The scientific method may be trusted because
- Ait is an extremely strict process.
- Bits value has been proven over centuries of use.
- Cit has several logical steps.
- Dit led to the invention of the computer.
103The scientific method, a framework for answering scientific questions, is essentially
- Aa large collection of facts.
- Ba strict procedure for proving the truth of something.
- Ca way to verify facts that are already known.
- Da convention regarding what it means to "know" something.
104According to the scientific method, a hypothesis
- Amust have already been tested in previous experiments.
- Bmust always be understandable to the layperson.
- Cmust lead to predictions.
- Dmust be phrased in highly technical jargon.
105The scientific method can only disprove a hypothesis because
- Athe hypothesis must constantly be revised.
- Bexperiments must be performed several times before a hypothesis is considered proven.
- Cif the prediction is correct, other explanations cannot be ruled out.
- Dthey might be accepted as scientific theory.
106According to the scientific method, an experiment
- Amust always be performed by researchers with good reputations.
- Bmust produce data that allows the prediction to be evaluated.
- Cmust always be performed in a laboratory setting.
107Relatively speaking, the earth's atmosphere is
- Astops when we reach "space."
- Bstops at the top of the troposphere.
- Cvery thin when compared to the earth's diameter.
- Dvery thick when compared to the earth's diameter.
108Compared to the size of the earth, the atmosphere is very thin because
- Amost of the air molecules float off into space.
- Bthe sun can't penetrate through the clouds.
- Cit is highly compressed.
- Dthe clouds hold the air close to the surface.
109The depth of the atmosphere is approximately what percentage of Earth's thickness from the center?
- A0.027 %
- B2.7 %
- C27 %
- D36 %
110Of the following atmospheric layers, which is the most effective at shielding the Earth's surface from harmful ultraviolet radiation?
- AMesosphere
- BTropopause
- CTroposphere
- DStratosphere
111Identify the four atmospheric layers (from lowest to highest) that are distinguished by their temperature profiles.
- ATroposphere, tropopause, mesopause, ionosphere
- BTroposphere, stratosphere, mesosphere, ionosphere
- CTroposphere, mesosphere, thermosphere, stratopause
- DTroposphere, stratosphere, mesosphere, thermosphere
112This is the most abundant gas in the atmosphere.
- Awater vapor
- Boxygen
- Cnitrogen
- Dcarbon dioxide
113Water vapor
- Acan comprise up to five percent of the total mass of the atmosphere.
- Bhas evaporation as its primary source.
- Cdoes not absorb infrared radiation.
- Dtypically increases in concentration at higher altitudes within the troposphere.
114Carbon dioxide
- Acomprises up to two percent of the atmospheric gases.
- Bis removed from the atmosphere by photosynthesis.
- Cis not present in significant amounts in the atmosphere of Venus.
- Dis being removed from the atmosphere faster than it is being inputted.
115The mass of a given substance contained in a unit of volume is referred to as which of the following?
- ADensity
- BEscape velocity
- CWeight
- DPressure
116The highest temperatures are typically found in the
- Astratosphere.
- Btroposphere.
- Cthermosphere.
- Dmesosphere
117The "stratosphere" warms because of
- Athe injection of moisture by meteors.
- Bthe injection of moisture by high-flying jet aircraft.
- Cdust and dirt deposited by volcanoes
- Dthe interaction of ozone and ultraviolet light.
118An inversion
- Anever occurs in the atmosphere.
- Brefers to a temperature increase with height.
- Cpromotes upward motion in the atmosphere
- Drefers to a temperature increase with height and inhibits upward motion in the atmosphere.
119The difference between the atmosphere's "permanent" gasses and "variable" gasses is that
- Apermanent gasses exhibit a constant proportion from the earth's surface to higher reaches of the atmosphere.
- Bvariable gasses are dependent on storms for world-wide dispersion.
- Cpermanent gasses exchange rapidly between the atmosphere and the biosphere.
- Dvariable gasses are so called because of their horizontal displacement.
120Temperatures generally decrease with height in which layers of the atmosphere?
- AStratosphere and troposphere
- BTroposphere and mesosphere
- CStratosphere and thermospherE
- DMesosphere and stratosphere
121This is NOT a variable gas.
- Aargon
- Bozone
- Cwater vapor
- Dcarbon dioxide
122Which of the following gases are crucial to the existence of all forms of life?
- Aoxygen
- Bcarbon dioxide
- Cargon
- Dnitrogen
123Which of the following will increase given an increase in pressure?
- Avolume
- Bdensity
- Cmass
- Dboth mass and volume
124Which of the following is the primary difference between weather and climate?
- AWeather deals with long-term changes, and climate does not.
- BThey are both the same.
- CWeather deals with the instantaneous effects on Earth, whereas climate is over a period of 30 years.
- DClimate deals with only temperature patterns over the span of a week.
Informações
- Descrição
- Quiz sobre Intro To Weather Practice Test for Mid Term, criado por Christina Warner em 14-03-2017.
- Autor
- Christina Warner
- Idioma
- English
- Visualizações
- 277
- Etiquetas
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