METEOROLOGY AND ASTRONOMY Flashcards

1
Q
  1. Which process primarily drives the circulation of air in the atmosphere and ocean currents on Earth?
    a. Water cycle
    b. Plate tectonics
    c. Solar radiation
    d. Lunar gravitational pull
A

c. Solar radiation

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2
Q
  1. How does the ocean regulate Earth’s climate?
    a. By storing carbon dioxide and heat
    b. By producing 100% of the Earth’s oxygen
    c. By blocking incoming solar radiation
    d. By reflecting all thermal energy
A

a. By storing carbon dioxide and heat

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3
Q
  1. Which atmospheric layer is most responsible for weather phenomena?
    a. Stratosphere
    b. Troposphere
    c. Mesosphere
    d. Thermosphere
A

b. Troposphere

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4
Q
  1. Which of the following best explains the El Niño phenomenon?
    a. Abnormal cooling of the Atlantic Ocean
    b. Sudden warming of the eastern Pacific Ocean
    c. High-pressure systems near Antarctica
    d. Changes in ozone concentration
A

b. Sudden warming of the eastern Pacific Ocean

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5
Q
  1. Which gas plays the most significant role in the greenhouse effect?
    a. Oxygen
    b. Methane
    c. Water vapor
    d. Nitrogen
A

c. Water vapor

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6
Q
  1. What drives the formation of hurricanes in tropical oceans?
    a. Strong Coriolis forces and cold air fronts
    b. Warm ocean water and low-pressure systems
    c. High-pressure systems and ozone depletion
    d. Tidal forces
A

b. Warm ocean water and low-pressure systems

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7
Q
  1. What drives the formation of hurricanes in tropical oceans?
    a. Strong Coriolis forces and cold air fronts
    b. Warm ocean water and low-pressure systems
    c. High-pressure systems and ozone depletion
    d. Tidal forces
A

b. Warm ocean water and low-pressure systems

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8
Q
  1. How does urbanization influence the hydrologic cycle?
    a. Increases infiltration rates
    b. Reduces evaporation and transpiration
    c. Enhances groundwater recharge
    d. Prevents condensation
A

b. Reduces evaporation and transpiration

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9
Q
  1. Why does the moon influence ocean tides more than the sun, despite its smaller size?
    a. The moon is closer to Earth
    b. The moon emits gravitational waves
    c. The sun has no effect on tides
    d. The moon produces stronger thermal radiation
A

a. The moon is closer to Earth

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10
Q
  1. How do phytoplankton in the ocean benefit the atmosphere?
    a. By producing oxygen through photosynthesis
    b. By absorbing oxygen and releasing carbon dioxide
    c. By preventing hurricane formation
    d. By reducing greenhouse gases
A

a. By producing oxygen through photosynthesis

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11
Q
  1. What role does evaporation from oceans play in weather systems?
    a. Causes tornado formation
    b. Drives the water cycle
    c. Generates tectonic activity
    d. Blocks atmospheric pressure
A

b. Drives the water cycle

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12
Q
  1. Which factor primarily drives the jet streams in the atmosphere?
    a. Differences in temperature between air masses
    b. Ocean salinity
    c. Coriolis force due to the Moon
    d. Magnetic field of the Earth
A

a. Differences in temperature between air masses

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13
Q
  1. During a strong El Niño event, fishermen in the eastern Pacific report poor catches of fish. Why does this happen?
    a. Higher ocean salinity drives fish deeper into the ocean
    b. The water becomes too warm, reducing nutrient upwelling
    c. The fish migrate to colder parts of the Atlantic
    d. High pressure near the ocean surface kills marine life
A

b. The water becomes too warm, reducing nutrient upwelling

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14
Q
  1. You observe that a hurricane is rapidly intensifying over the Gulf of Mexico. What environmental condition is most likely contributing to this?
    a. High ocean surface temperatures
    b. Strong wind shear in the upper atmosphere
    c. High atmospheric pressure over the ocean
    d. Cooler ocean waters beneath the hurricane
A

a. High ocean surface temperatures

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15
Q
  1. Why are desert regions often found on the leeward side of mountain ranges?
    a. Cool ocean currents reduce rainfall
    b. Orographic lifting depletes moisture before reaching the leeward side
    c. High-pressure systems block incoming moisture
    d. Strong winds prevent cloud formation
A

b. Orographic lifting depletes moisture before reaching the leeward side

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16
Q
  1. Melting Arctic ice causes increased absorption of solar radiation in polar regions. Which term best describes this process?
    a. Ice-albedo feedback
    b. Thermohaline disruption
    c. Positive radiative forcing
    d. Oceanic buffering
A

a. Ice-albedo feedback

17
Q
  1. Strong winds push warm ocean surface waters away from the coast of South America. What phenomenon does this describe?
    a. La Niña
    b. El Niño
    c. Jet stream oscillation
    d. Tectonic shift
A

a. La Niña

18
Q
  1. If the Amazon rainforest were to lose a significant portion of its vegetation, what would be the most immediate atmospheric consequence?
    a. Reduced carbon dioxide in the atmosphere
    b. Increased greenhouse gas levels
    c. Enhanced ozone recovery
    d. Lower global temperatures
A

b. Increased greenhouse gas levels

19
Q
  1. Increased carbon emissions lead to ocean acidification. Which marine organism is most directly impacted by this?
    a. Jellyfish
    b. Coral reefs
    c. Tuna fish
    d. Sharks
A

b. Coral reefs

20
Q
  1. What causes the Coriolis effect?
    a. Gravitational pull of the Moon
    b. Earth’s rotation
    c. Uneven heating of land and water
    d. Global wind patterns
A

b. Earth’s rotation