"Each day is more or less the same, the morning is clear and bright with a sea breeze; as the Sun climbs high in the sky, heat mounts up, dark clouds form, then rain comes with thunder and lightning. But rain is soon over." Which of the following regions is described in the above passage?

Describes equatorial/coastal tropical areas where mornings are bright, strong evaporation drives convection and heavy afternoon downpours often with thunder and lightning.

A student could use this rule to suspect that a daily convective-afternoon-rain cycle points toward an equatorial/tropical convection-dominated regime rather than a strictly seasonal savannah regime.

States equatorial climates have uniform high temperatures and that cloudiness and regular land/sea breezes moderate daily temperature—consistent with daily sea-breeze/afternoon convection cycles.

Combine with local map (coastal vs inland) to check if regular sea breezes and small diurnal ranges match the described daily cycle.

Explains the mechanism of sea breezes (daytime onshore winds caused by land heating) and notes they are stronger in the tropics.

A student could check whether the location is coastal/tropical to judge whether the 'sea breeze by morning' part of the pattern is plausible.

Gives a defining feature of the Tropical Savannah climate: a definite dry and wet season (seasonal rainfall pattern).

Use this seasonal rule to contrast with a daily convective-rain pattern—if rainfall is strongly seasonal, daily afternoon showers as the dominant pattern are less likely to be the savannah's main character.

Notes that equatorial regions experience many thunderstorms (example: Kampala ~242 thunderstorm days/yr), implying frequent daily convective storms in equatorial belts.

A student could compare thunderstorm frequency for the region in question: very frequent daily storms point toward equatorial climate rather than a savannah with largely seasonal rainfall.