When the same amount of solar energy is spread over a larger surface area due to slanting rays, what happens
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Chapter 8: Insolation and Heat Budget (Set-3)
Even if two places have equal sunshine hours, why can the one nearer the equator still get more heating in
Continue readingChapter 8: Insolation and Heat Budget (Set-2)
When the Sun is lower in the sky, why does the ground receive less heating in the same time? A
Continue readingChapter 8: Insolation and Heat Budget (Set-1)
What is meant by insolation in basic climatology? A Outgoing longwave energy B Heat from Earth’s core C Wind-driven heat
Continue readingChapter 7: Atmosphere (Set-5)
When rising air first becomes saturated and clouds begin forming, that height is called the A Tropopause height B Stratopause
Continue readingChapter 7: Atmosphere (Set-4)
Which ozone type is “good” because it absorbs harmful solar UV high above Earth’s surface? A Tropospheric ozone B Carbon
Continue readingChapter 7: Atmosphere (Set-3)
Which process directly causes cooling of rising air, leading to cloud formation without adding/removing heat? A Latent heating B Radiation
Continue readingChapter 7: Atmosphere (Set-2)
Which atmospheric gas is about 0.93% of dry air and is chemically inactive? A Helium B Argon C Hydrogen D
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Which gas makes up most of Earth’s atmosphere? A Oxygen B Carbon dioxide C Nitrogen D Argon Explanation Nitrogen is
Continue readingChapter 6: Agents of Gradation (Set-5)
Laterite formation is mainly linked with intense chemical weathering under A Warm wet tropics B Cold dry tundra C Hot
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