How do latitude and altitude influence climate zones in terms of temperature and precipitation?

• A. Latitude governs solar input and temperature distribution; altitude lowers temperature with height and can influence rainfall on windward slopes.
• B. Latitude determines cloud type; altitude determines wind direction.
• C. Latitude affects precipitation patterns independently of altitude; altitude has no impact on temperature.
• D. Latitude and altitude have no influence on climate zones.

Answer: (C)

Latitude sets how much solar energy a location receives, driving the global temperature pattern from the equator to the poles. Altitude cools the air as you rise, so higher elevations have cooler climates than nearby lowlands. When moist air is forced over mountains, it rises, cools, and releases moisture on the windward slopes, often producing heavy rainfall there and creating drier conditions on the leeward side. Together, latitude and altitude shape climate zones by regulating both temperature and precipitation; it’s wrong to think precipitation depends only on latitude or that altitude doesn’t affect temperature. This interaction explains why places at the same latitude can have very different climates if their elevations differ.