What is the energy balance between 35°N and 35°S?

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Prepare for the Higher Geography Exam focusing on the Atmosphere. Study with multiple choice questions, receive hints and explanations for each question. Equip yourself for success!

Multiple Choice

What is the energy balance between 35°N and 35°S?

Explanation:
Sunlight is strongest near the equator, so the region between 35°N and 35°S receives more solar energy than it loses back to space over the year. This creates a net energy surplus in that tropical belt. To keep the global energy budget in balance, this excess heat is transported toward higher latitudes by atmospheric circulation (the Hadley cells) and by ocean currents. So, within this latitude band there is a surplus of energy, not a deficit or a zero-transfer situation.

Sunlight is strongest near the equator, so the region between 35°N and 35°S receives more solar energy than it loses back to space over the year. This creates a net energy surplus in that tropical belt. To keep the global energy budget in balance, this excess heat is transported toward higher latitudes by atmospheric circulation (the Hadley cells) and by ocean currents. So, within this latitude band there is a surplus of energy, not a deficit or a zero-transfer situation.

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