ATM OCN Exam #2 with all Correct & 100% Verified
Answers |Actual Complete Exam |Already Graded A+
Radiant Energy ✔Correct Answer-Energy transferred from the sun to objects.
Electromagnetic Waves ✔Correct Answer-Waves that do not require molecules to propagate.
Speed of Light ✔Correct Answer-3 x 10^8 m/s or 300,000 km/s.
Wavelength (λ) ✔Correct Answer-Distance between successive wave crests.
Frequency ✔Correct Answer-Number of wave crests passing a point per second.
Speed Formula ✔Correct Answer-Wavelength x Frequency.
Short Wavelength ✔Correct Answer-Associated with high frequency and high energy.
Long Wavelength ✔Correct Answer-Associated with low frequency and low energy.
Stefan-Boltzman Law ✔Correct Answer-E = σT^4, particular amount of EM radiation emitted
by an object depends primarily on the temperature of the object
Wien's Displacement Law ✔Correct Answer-λmax = 3000/T, peak emission wavelength when
T=Temperature in Kelvin
Black Body ✔Correct Answer-Perfect absorber and emitter of radiation.
Selective Absorbers ✔Correct Answer-Materials that absorb and emit specific wavelengths.
Infrared Radiation ✔Correct Answer-Radiation emitted by Earth, longer wavelengths.
Greenhouse Effect ✔Correct Answer-Retention of infrared radiation by the atmosphere.
CO2 and H2O ✔Correct Answer-Gases that absorb and emit infrared radiation.
Translucent Infrared Radiation ✔Correct Answer-Partially absorbed by the atmosphere.
Planet without Atmosphere ✔Correct Answer-Radiative equilibrium without atmospheric
interference.
Planet with Atmosphere ✔Correct Answer-Higher temperature due to selective absorbers.
, Average Surface Temperature of Venus ✔Correct Answer-480 °C or 900 °F.
Runaway Greenhouse Effect ✔Correct Answer-Extreme warming due to thick CO2
atmosphere.
Lake Mendota ✔Correct Answer-Most studied lake showing climate change effects.
IPCC Statement ✔Correct Answer-Human influence on climate change is unequivocal.
Energy Absorption ✔Correct Answer-Process of taking in radiation energy.
Energy Emission ✔Correct Answer-Process of releasing radiation energy.
Infrared Absorption ✔Correct Answer-Absorption of infrared radiation by materials.
Temperature Change ✔Correct Answer-Result of energy absorption exceeding emission.
Snow as Insulator ✔Correct Answer-Snow retains warmth, affecting underlying temperatures.
Atmospheric Composition ✔Correct Answer-Gases that selectively absorb certain
wavelengths.
Vibrating Electrons ✔Correct Answer-Source of energy for emitted radiation.
Energy Origin ✔Correct Answer-Depends on temperature of vibrating electrons.
Solar Radiation ✔Correct Answer-Radiation emitted by the sun.
Earth's Radiation ✔Correct Answer-Longwave radiation emitted by Earth.
Temperature Measurement ✔Correct Answer-Degrees Kelvin used for thermal calculations.
Radiant Energy ✔Correct Answer-Energy transferred from the sun to an object.
Electromagnetic Waves ✔Correct Answer-Waves that do not require molecules to propagate.
Speed of Light ✔Correct Answer-3 x 10^8 m/s or 300,000 km/s.
Wavelength (λ) ✔Correct Answer-Distance between successive wave crests, measured in μm.
Frequency ✔Correct Answer-Number of wave crests passing a point per second.
Energy-Wavelength Relationship ✔Correct Answer-Short λ corresponds to high energy; long λ
to low energy.
Answers |Actual Complete Exam |Already Graded A+
Radiant Energy ✔Correct Answer-Energy transferred from the sun to objects.
Electromagnetic Waves ✔Correct Answer-Waves that do not require molecules to propagate.
Speed of Light ✔Correct Answer-3 x 10^8 m/s or 300,000 km/s.
Wavelength (λ) ✔Correct Answer-Distance between successive wave crests.
Frequency ✔Correct Answer-Number of wave crests passing a point per second.
Speed Formula ✔Correct Answer-Wavelength x Frequency.
Short Wavelength ✔Correct Answer-Associated with high frequency and high energy.
Long Wavelength ✔Correct Answer-Associated with low frequency and low energy.
Stefan-Boltzman Law ✔Correct Answer-E = σT^4, particular amount of EM radiation emitted
by an object depends primarily on the temperature of the object
Wien's Displacement Law ✔Correct Answer-λmax = 3000/T, peak emission wavelength when
T=Temperature in Kelvin
Black Body ✔Correct Answer-Perfect absorber and emitter of radiation.
Selective Absorbers ✔Correct Answer-Materials that absorb and emit specific wavelengths.
Infrared Radiation ✔Correct Answer-Radiation emitted by Earth, longer wavelengths.
Greenhouse Effect ✔Correct Answer-Retention of infrared radiation by the atmosphere.
CO2 and H2O ✔Correct Answer-Gases that absorb and emit infrared radiation.
Translucent Infrared Radiation ✔Correct Answer-Partially absorbed by the atmosphere.
Planet without Atmosphere ✔Correct Answer-Radiative equilibrium without atmospheric
interference.
Planet with Atmosphere ✔Correct Answer-Higher temperature due to selective absorbers.
, Average Surface Temperature of Venus ✔Correct Answer-480 °C or 900 °F.
Runaway Greenhouse Effect ✔Correct Answer-Extreme warming due to thick CO2
atmosphere.
Lake Mendota ✔Correct Answer-Most studied lake showing climate change effects.
IPCC Statement ✔Correct Answer-Human influence on climate change is unequivocal.
Energy Absorption ✔Correct Answer-Process of taking in radiation energy.
Energy Emission ✔Correct Answer-Process of releasing radiation energy.
Infrared Absorption ✔Correct Answer-Absorption of infrared radiation by materials.
Temperature Change ✔Correct Answer-Result of energy absorption exceeding emission.
Snow as Insulator ✔Correct Answer-Snow retains warmth, affecting underlying temperatures.
Atmospheric Composition ✔Correct Answer-Gases that selectively absorb certain
wavelengths.
Vibrating Electrons ✔Correct Answer-Source of energy for emitted radiation.
Energy Origin ✔Correct Answer-Depends on temperature of vibrating electrons.
Solar Radiation ✔Correct Answer-Radiation emitted by the sun.
Earth's Radiation ✔Correct Answer-Longwave radiation emitted by Earth.
Temperature Measurement ✔Correct Answer-Degrees Kelvin used for thermal calculations.
Radiant Energy ✔Correct Answer-Energy transferred from the sun to an object.
Electromagnetic Waves ✔Correct Answer-Waves that do not require molecules to propagate.
Speed of Light ✔Correct Answer-3 x 10^8 m/s or 300,000 km/s.
Wavelength (λ) ✔Correct Answer-Distance between successive wave crests, measured in μm.
Frequency ✔Correct Answer-Number of wave crests passing a point per second.
Energy-Wavelength Relationship ✔Correct Answer-Short λ corresponds to high energy; long λ
to low energy.
