The Atmosphere - Statistics

General Stats
  • This quiz has been taken 18 times
    16 since last reset
  • The average score is 26 of 70
Answer Stats
Hint Answer % Correct
Atmospheric oxygen % 21
67%
Atmospheric nitrogen % 78
67%
Negative - photosynthesis decreases CO2
67%
Positive - soil decomposition releases CO2
67%
Arriving solar radiation UV
67%
Cryosphere effects of CC Albedo
50%
Negative - low level clouds increase Albedo
50%
Positive - melting decreases Albedo
50%
Release of CFCs (2 words) aerosol propellants
33%
What might ice cores contain? Air bubbles
33%
Managing climate change Alternative fuel sources
33%
CH4 production Anaerobic respiration
33%
Cold temperatures form polar stratospheric clouds which provide a surface for chemical reactions with chlorine.... where? Antarctica
33%
Managing climate change Carbon Capture Storage
33%
Managing climate change Carbon sequestration
33%
What CFCs dissociate ozone into Chlorine and oxygen
33%
ClO Chlorine monoxide
33%
CFCs Chloroflurocarbons
33%
Release of CFCs (2 words) cleaning solvents
33%
Environmental effects of CC Climate
33%
Two step chlorine and oxygen equation PT1 Cl + O3 -> ClO + O2
33%
Two step chlorine and oxygen equation PT2 ClO + O3 -> Cl + 2O2
33%
Positive - forest and peat fires release CO2 and CH4
33%
Adapting to climate change Coastal management
33%
CO2 production Combustion
33%
Proxy data (2 words) Coral skeletons
33%
Environmental effects of CC Cryosphere
33%
Proxy data Dendrochronology
33%
UV dissociates triatomic oxygen into diatomic and monatomic oxygen Destruction of ozone
33%
NOx production Fertilisers
33%
Adapting to climate change Flood management
33%
UV dissociates diatomic oxygen, each monatomic oxygen reacts with a diatomic oxygen to create ozone Formation of ozone
33%
How chlorine destroys ozone (5 words) Free radicals react with oxygen
33%
Release of CFCs (2) fridges, air con
33%
NOx production High temperature combustion
33%
Environmental effects of CC Humans and animals
33%
Polar Stratospheric cloud composition (6 words) Ice crystals and NOx or SOx
33%
Positive feedback loop definition Increases original stimulus
33%
Why is carbon footprint higher in the northern hemisphere? Industry
33%
CH4 production Landfill
33%
CH4 production Livestock intestines
33%
Emitted solar radiation Long length infrared
33%
Adapting to climate change Managed retreat
33%
Ocean effects of CC Melting
33%
Positive - melting releases (2 words) Methane hydrate
33%
Protocol reducing CFC usage + year Montreal Protocol 1987
33%
Cryosphere effects of CC Movement
33%
Arriving solar radiation Near infrared
33%
Positive - soil decomposition releases NOx
33%
Environmental effects of CC Oceans
33%
Positive - cirrus clouds decrease (4 words) Outgoing long length infrared
33%
Positive - melting releases (2 words) Permafrost methane
33%
Release of tropospheric ozone photochemical breakdown of NOx
33%
CO2 production Ploughing
33%
Proxy data Pollen
33%
What might ice cores contain? Pollen
33%
Why is carbon footprint higher in the northern hemisphere? Pollution
33%
What might ice cores contain? radio-isotopes
33%
Negative feedback loop definition Reduces original stimulus
33%
large scale waves due to reduces temperatures between polar and ferrel cells that affect the climate Rossby waves
33%
Hypothesis suggesting CFCs deplete Ozone + year Rowland Molina 1974
33%
Cryosphere effects of CC Snow
33%
The process of visible light converting into longlength infrared which warms the troposphere The Greenhouse Effect
33%
Ocean effects of CC (2 words) Thermal expansion
33%
Ocean effects of CC (2 words) Thermohaline circulation
33%
Why is carbon footprint higher in the northern hemisphere? Trade winds
33%
Adapting to climate change Urban drainage
33%
How CFCs destroy ozone (5 words) UV releases chlorine free radicals
33%
Arriving solar radiation Visible
33%
Positive - evaporation increases Water vapour
33%
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