Decoding surface weather station models and interpreting Greenwich Mean Time (Zulu time) involves understanding which of the following?

Weather symbols and time conversion to UTC

Which variable/greenhouse gas can vary between near 0% and 4%? Where on the globe would values be the highest/lowest?

Water vapor; highest near the equator, lowest at the poles

Carbon dioxide; highest in cities, lowest in forests

Methane; highest in wetlands, lowest in deserts

Ozone; highest in the stratosphere, lowest at sea level

The main components of the atmospheric carbon dioxide cycle include processes that release and remove carbon dioxide from the earth’s atmosphere. Which of the following correctly identifies these components?

Photosynthesis removes CO2; respiration, combustion, and decomposition release CO2.

Respiration and combustion remove CO2; photosynthesis and decomposition release CO2.

Photosynthesis and combustion both remove CO2; respiration releases CO2.

Decomposition and photosynthesis release CO2; combustion removes CO2.

Carbon dioxide levels in the earth’s atmosphere have changed in which way since the early 1800’s?

They have increased significantly.

They have decreased significantly.

They have fluctuated but overall decreased.

Air pressure and air density are both properties of the atmosphere. How do these variables change with increasing height above the earth’s surface?

Both air pressure and air density decrease with increasing height.

Air pressure increases and air density decreases with increasing height.

Both air pressure and air density increase with increasing height.

Air pressure decreases and air density increases with increasing height.

Identify the four layers of the earth’s atmosphere based on temperature changes, and state in which layer almost all of the earth’s weather occurs.

Troposphere, Stratosphere, Mesosphere, Thermosphere; weather occurs in the Troposphere

Troposphere, Mesosphere, Stratosphere, Exosphere; weather occurs in the Stratosphere

Stratosphere, Mesosphere, Thermosphere, Exosphere; weather occurs in the Mesosphere

Troposphere, Stratosphere, Exosphere, Thermosphere; weather occurs in the Thermosphere

A radiosonde is an instrument used to measure which atmospheric variables, and how many times each day are radiosondes generally launched around the globe?

Temperature, humidity, pressure; launched twice daily

Wind speed, rainfall, UV index; launched once daily

Air quality, ozone, carbon dioxide; launched every six hours

Solar radiation, cloud cover, visibility; launched three times daily

Be able to plot temperature versus altitude on a graph.

Plot temperature on the y-axis and altitude on the x-axis.

Plot altitude on the y-axis and temperature on the x-axis.

Plot both temperature and altitude on the same axis.

Do not use a graph for temperature and altitude.

A lapse rate, temperature inversion, and isothermal zone can be identified on a temperature versus altitude graph as follows: which option correctly matches each term to its definition?

Lapse rate: temperature decreases with altitude; Temperature inversion: temperature increases with altitude; Isothermal zone: temperature remains constant with altitude.

Lapse rate: temperature remains constant with altitude; Temperature inversion: temperature decreases with altitude; Isothermal zone: temperature increases with altitude.

Lapse rate: temperature increases with altitude; Temperature inversion: temperature remains constant with altitude; Isothermal zone: temperature decreases with altitude.

Lapse rate: temperature increases with altitude; Temperature inversion: temperature decreases with altitude; Isothermal zone: temperature remains constant with altitude.

Kinetic energy is the energy of motion, and temperature is a measure of the average kinetic energy of particles in a substance. How does kinetic energy relate to temperature?

Temperature is a measure of the average kinetic energy of particles.

Kinetic energy and temperature are unrelated.

Temperature is the total potential energy of particles.

Kinetic energy decreases as temperature increases.

Heat is defined as the transfer of thermal energy between objects due to a difference in temperature. How does heat differ from temperature?

Heat is energy in transit, while temperature measures the average kinetic energy of particles.

Heat and temperature are the same physical quantity.

Temperature is the transfer of energy, while heat measures particle motion.

Heat is measured in degrees Celsius, while temperature is measured in joules.

Absolute zero is defined as the temperature at which:

Molecular motion comes to a complete stop.

Molecules move at their fastest rate.

Which of the following statements correctly compares the degree size and characteristics of the Fahrenheit, Celsius, and Kelvin temperature scales?

The Celsius and Kelvin scales have the same degree size, while the Fahrenheit degree is smaller; Celsius is based on water's freezing and boiling points, Kelvin starts at absolute zero, and Fahrenheit is commonly used in the US.

The Fahrenheit and Kelvin scales have the same degree size, while the Celsius degree is smaller; Fahrenheit is used in science, Kelvin is used in weather reports, and Celsius is used in the US.

The Kelvin scale has the largest degree size, followed by Fahrenheit, then Celsius; Kelvin is used for cooking, Celsius for weather, and Fahrenheit for scientific research.

All three scales have the same degree size and are used interchangeably in all countries.

Be able to convert a given temperature to a different temperature scale using the equations provided in the PowerPoint presentation for Chapter 2.

Be able to list the names of all temperature scales without using any equations.

Be able to describe the history of temperature measurement without using equations.

Be able to convert a given temperature to a different temperature scale without using any equations.

Which of the following lists correctly identifies the six phase changes of water and what occurs in each?

Melting, freezing, condensation, evaporation, sublimation, deposition: solid to liquid, liquid to solid, gas to liquid, liquid to gas, solid to gas, gas to solid

Melting, boiling, freezing, dissolving, condensation, precipitation: solid to liquid, liquid to gas, liquid to solid, solid to solution, gas to liquid, gas to solid

Evaporation, condensation, melting, freezing, oxidation, reduction: liquid to gas, gas to liquid, solid to liquid, liquid to solid, gain of oxygen, loss of oxygen

Sublimation, deposition, combustion, melting, freezing, condensation: solid to gas, gas to solid, burning, solid to liquid, liquid to solid, gas to liquid

Latent and sensible heat are defined as:

Latent heat is the heat absorbed or released during a phase change without temperature change, while sensible heat is the heat that causes a change in temperature without a phase change.

Latent heat is the heat that causes a change in temperature without a phase change, while sensible heat is the heat absorbed or released during a phase change.

Latent heat and sensible heat both refer to the heat that only changes the temperature of a substance.

Latent heat and sensible heat both refer to the heat involved in chemical reactions.

Thermals are rising currents of warm air that play a role in transferring heat from the earth’s surface to the earth’s atmosphere.

Thermals are rising currents of warm air that transfer heat from the earth’s surface to the atmosphere.

Thermals are cold winds that move from the atmosphere to the earth’s surface.

Thermals are layers of the earth’s crust that store heat.

Thermals are clouds that reflect sunlight back into space.

Order the different types of radiation from shortest to longest wavelength and explain how wavelength relates to the energy carried by each type.

Gamma rays, X-rays, Ultraviolet, Visible, Infrared, Microwaves, Radio waves; shorter wavelength means higher energy.

Radio waves, Microwaves, Infrared, Visible, Ultraviolet, X-rays, Gamma rays; longer wavelength means higher energy.

Visible, Infrared, Ultraviolet, Gamma rays, X-rays, Microwaves, Radio waves; shorter wavelength means lower energy.

Ultraviolet, Visible, Infrared, Gamma rays, X-rays, Microwaves, Radio waves; wavelength and energy are not related.

The three principles related to radiation outlined on page 34 of the book are:

Reflection, Refraction, Absorption

Conduction, Convection, Radiation

The sun emits its maximum radiation at which wavelength, and how is this related to the temperature of the sun/earth?

The sun emits maximum radiation at about 500 nm, and the wavelength of maximum emission is inversely proportional to temperature.

The sun emits maximum radiation at about 1000 nm, and the wavelength of maximum emission is directly proportional to temperature.

The sun emits maximum radiation at about 200 nm, and the wavelength of maximum emission is not related to temperature.

The sun emits maximum radiation at about 700 nm, and the wavelength of maximum emission is independent of temperature.

Shortwave (longwave) radiation is defined as:

Radiation with a shorter (longer) wavelength, typically emitted by the sun (Earth).

Radiation that only occurs at night.

Radiation that cannot be detected by any instruments.

Radiation that is only found in outer space.

Emission, absorption, and transmission of radiation are processes that relate to the temperature of an object in which way?

They determine how much energy an object gains or loses, affecting its temperature.

They only occur in objects at absolute zero temperature.

They are unrelated to the temperature of an object.

They only happen in liquids and gases, not solids.

A blackbody is defined as:

An object that absorbs all incident radiation and emits radiation at all wavelengths.

An object that reflects all incident radiation.

An object that only emits visible light.

An object that does not emit any radiation.

The radiative equilibrium temperature of the earth is the temperature at which the energy absorbed from the sun is equal to the energy radiated back to space. How does this temperature compare with the earth’s average temperature, and what role does the atmosphere play in this difference?

The radiative equilibrium temperature is lower than the earth’s average temperature because the atmosphere traps heat through the greenhouse effect.

The radiative equilibrium temperature is higher than the earth’s average temperature because the atmosphere reflects all incoming solar radiation.

The radiative equilibrium temperature is the same as the earth’s average temperature because the earth does not lose energy to space.

The radiative equilibrium temperature is higher than the earth’s average temperature because the earth absorbs more energy than it emits.

The atmospheric greenhouse effect impacts the earth’s average temperature by:

trapping heat and raising the earth’s average temperature

blocking all sunlight from reaching the earth’s surface

causing the earth to cool rapidly at night

eliminating all water vapor from the atmosphere

Clouds impact daytime and nighttime temperatures in different ways. What is the effect of clouds on daytime and nighttime temperatures, and why?

Clouds keep daytime temperatures cooler by reflecting sunlight and keep nighttime temperatures warmer by trapping heat.

Clouds keep both daytime and nighttime temperatures cooler by blocking sunlight and heat.

Clouds keep both daytime and nighttime temperatures warmer by trapping heat.

Clouds have no significant effect on daytime or nighttime temperatures.

Albedo is defined as the fraction of solar energy reflected from the Earth back into space. What are typical albedos of various surfaces, and how does albedo impact the temperature of a surface?

Albedo is the fraction of solar energy reflected; surfaces with high albedo (like snow) stay cooler, while low albedo surfaces (like asphalt) absorb more heat and get warmer.

Albedo is the amount of heat emitted by a surface; surfaces with high albedo emit more heat and are warmer.

Albedo is the measure of a surface's roughness; rough surfaces have higher albedo and are cooler.

Albedo is the amount of water a surface can absorb; surfaces with high albedo absorb more water and are cooler.

Scattering of light is responsible for the blue color of the sky and the yellow or orange appearance of the sun at sunrise and sunset. Which of the following best explains this phenomenon?

Scattering causes shorter blue wavelengths to be seen during the day and longer red/orange wavelengths at sunrise and sunset.

Reflection causes the sky to appear blue and the sun to look yellow or orange at sunrise and sunset.

Absorption of all colors except blue makes the sky blue, and absorption of all colors except red/orange makes the sun appear yellow or orange.

Refraction bends sunlight to create blue skies and yellow/orange sunrises and sunsets.

The energy balance between the earth, atmosphere, and space involves the transfer of energy. Which component plays the largest role in warming the earth’s surface, and what four components play a role in warming the earth’s atmosphere?

The sun plays the largest role in warming the earth’s surface; conduction, convection, radiation, and condensation warm the atmosphere.

The earth’s core plays the largest role in warming the earth’s surface; evaporation, precipitation, wind, and clouds warm the atmosphere.

The oceans play the largest role in warming the earth’s surface; only radiation warms the atmosphere.

The moon plays the largest role in warming the earth’s surface; conduction, evaporation, precipitation, and wind warm the atmosphere.

The polar (tropical) regions do not continue to get colder (warmer) due to the deficit (surplus) of energy as outlined in figure 2.19 in the book because:

energy is transferred between regions through atmospheric and oceanic circulation.

the sun's intensity is the same everywhere on Earth.

the Earth's tilt prevents energy movement.

polar regions generate their own heat.

The earth has seasons because:

the earth is tilted on its axis as it orbits the sun

the earth is closer to the sun in summer

the earth spins faster in summer

the moon blocks sunlight in winter

The two factors produced by the earth’s tilt that regulate the amount of solar radiation received at the earth’s surface are:

angle of sunlight and length of daylight

distance from the sun and atmospheric pressure

ocean currents and wind patterns

amount of precipitation and soil type

The summer solstice, winter solstice, vernal equinox, and autumnal equinox are defined differently for the Northern and Southern Hemispheres. Which statement correctly matches these events to their respective hemispheres?

In the Northern Hemisphere, the summer solstice is around June 21, winter solstice around December 21, vernal equinox around March 21, and autumnal equinox around September 23; in the Southern Hemisphere, these dates are reversed.

In both hemispheres, the solstices and equinoxes occur on the same dates and have the same seasonal meanings.

The summer solstice occurs in December in both hemispheres, while the winter solstice occurs in June.

Equinoxes only occur in the Northern Hemisphere, while solstices only occur in the Southern Hemisphere.

The meteorological definition of the seasons is based on calendar months, while the astronomical definition is based on the position of Earth in its orbit around the Sun. In the Northern Hemisphere, the seasons are opposite to those in the Southern Hemisphere. Which of the following statements is correct?

Meteorological seasons are based on calendar months, and Northern and Southern Hemisphere seasons are opposite.

Meteorological seasons are based on Earth's orbit, and both hemispheres have the same seasons at the same time.

Astronomical seasons are based on calendar months, and Northern and Southern Hemisphere seasons are the same.

Both meteorological and astronomical seasons are based on Earth's orbit, and the hemispheres have the same seasons.

The apparent path of the sun across the sky varies with latitude. At the vernal and autumnal equinoxes, where does the sun rise and set across the globe? Where does the sun rise and set at the summer solstice in Iowa? Where does the sun rise and set at the winter solstice in Iowa?

At the equinoxes, the sun rises due east and sets due west everywhere; in Iowa, at the summer solstice, the sun rises northeast and sets northwest, and at the winter solstice, it rises southeast and sets southwest.

At the equinoxes, the sun rises northeast and sets northwest everywhere; in Iowa, at the summer solstice, the sun rises due east and sets due west, and at the winter solstice, it rises due south and sets due north.

At the equinoxes, the sun rises southeast and sets southwest everywhere; in Iowa, at the summer solstice, the sun rises northwest and sets northeast, and at the winter solstice, it rises southwest and sets southeast.

At the equinoxes, the sun rises due north and sets due south everywhere; in Iowa, at the summer solstice, the sun rises southeast and sets southwest, and at the winter solstice, it rises northeast and sets northwest.

The typical daily variation in temperature is controlled by incoming solar energy and outgoing energy from the earth, as shown in figure 3.2 in the book. There is a time lag between when maximum solar energy is received and when the maximum temperature is observed because:

The earth continues to lose more energy than it gains after solar noon, causing the temperature to peak later.

The maximum temperature always occurs at the same time as maximum solar energy is received.

The earth immediately reaches its highest temperature as soon as it receives the most solar energy.

The outgoing energy from the earth is not related to the incoming solar energy.

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MS-ESS2-6, MS-PS1-4, MS-PS3-4

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Kenzie Henningsen

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62 questions

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MULTIPLE CHOICE QUESTION

30 mins • 1 pt

Weather refers to the day-to-day atmospheric conditions in a specific place, while climate describes the average weather patterns over a long period of time. Which of the following statements best distinguishes weather from climate?

Weather is short-term and climate is long-term.

Weather is the same everywhere, but climate changes daily.

Climate refers to daily temperature, while weather refers to yearly averages.

Weather and climate mean exactly the same thing.

MULTIPLE CHOICE QUESTION

30 mins • 1 pt

Which of the following lists correctly names and defines the 7 common weather elements?

Temperature, humidity, precipitation, air pressure, wind, cloudiness, and sunshine

Temperature, humidity, earthquakes, air pressure, wind, cloudiness, and sunshine

Temperature, humidity, precipitation, air pressure, wind, fog, and sunshine

Temperature, humidity, precipitation, air pressure, wind, cloudiness, and snowfall

Lines of latitude and longitude are imaginary lines used to locate places on Earth. The 0° line of latitude is called the Equator, and the 0° line of longitude is called the Prime Meridian. The middle latitudes are generally defined as the areas between 23.5° and 66.5° north and south of the Equator. Which of the following statements is correct?

The 0° line of latitude is called the Equator and the 0° line of longitude is called the Prime Meridian.

The 0° line of latitude is called the Prime Meridian and the 0° line of longitude is called the Equator.

The 0° line of latitude is called the Tropic of Cancer and the 0° line of longitude is called the International Date Line.

The 0° line of latitude is called the Arctic Circle and the 0° line of longitude is called the Tropic of Capricorn.

MULTIPLE CHOICE QUESTION

30 mins • 1 pt

Select the correct order of storms from largest to smallest: tornado, hurricane, middle-latitude cyclone, and thunderstorm.

Middle-latitude cyclone, hurricane, thunderstorm, tornado

Hurricane, middle-latitude cyclone, thunderstorm, tornado

Hurricane, thunderstorm, middle-latitude cyclone, tornado

Thunderstorm, tornado, hurricane, middle-latitude cyclone

MULTIPLE CHOICE QUESTION

30 mins • 1 pt

A simplified surface weather chart provides which of the following types of information?

Temperature, pressure, wind, and precipitation

Astronomical data and star positions

Ocean currents and marine life distribution

Earthquake and volcanic activity

The wind direction at a particular location and time is determined by:

the direction from which the wind is coming

the direction toward which the wind is blowing

the speed of the wind

the temperature of the air

MULTIPLE CHOICE QUESTION

30 mins • 1 pt

In the Northern Hemisphere, wind blows around areas of low pressure (cyclones) and high pressure (anticyclones) at the earth’s surface in which direction, and what type of weather is generally associated with these pressure systems?

Counterclockwise around lows with stormy weather, clockwise around highs with fair weather.

Clockwise around lows with fair weather, counterclockwise around highs with stormy weather.

Counterclockwise around both lows and highs with fair weather.

Clockwise around both lows and highs with stormy weather.

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Intro to Meteorology Chapters 1,2,3

62 questions

Weather refers to the day-to-day atmospheric conditions in a specific place, while climate describes the average weather patterns over a long period of time. Which of the following statements best distinguishes weather from climate?

Which of the following lists correctly names and defines the 7 common weather elements?

Select the correct order of storms from largest to smallest: tornado, hurricane, middle-latitude cyclone, and thunderstorm.

A simplified surface weather chart provides which of the following types of information?

The wind direction at a particular location and time is determined by:

In the Northern Hemisphere, wind blows around areas of low pressure (cyclones) and high pressure (anticyclones) at the earth’s surface in which direction, and what type of weather is generally associated with these pressure systems?

Weather in the middle latitudes tends to move in which general direction?

Decoding surface weather station models and interpreting Greenwich Mean Time (Zulu time) involves understanding which of the following?

The permanent gases in the earth’s atmosphere include which of the following pairs as the most plentiful?

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