On June 21 every year, which of the following latitude(s) experience(s) a sunlight of more than 12 hours ? 1. Equator 2. Tropic of Cancer 3. Tropic of Capricorn 4. Arctic Circle Select the correct answer using the code given below :

Explicit rule-like statement: 'On the equator, there is always 12 hours of sunlight and 12 hours of darkness.'

A student could combine this rule with knowledge of Earth's tilt and the date of solstice to check if the equator's day length should change on June 21.

Describes the June 21 (summer solstice) geometry: northern hemisphere tilted toward the Sun and areas north of the equator receive more than 12 hours of daylight.

Use the solstice geometry to reason whether the equator, lying between hemispheres, would experience a notable increase above 12 hours on that date.

States that the Northern Hemisphere receives sunlight for more than 12 hours in June and contrasts hemisphere-wide daylength changes with equatorial conditions.

Compare hemisphere-wide increases in daylength with the equator's purported constant 12-hour day to judge if equatorial locations would exceed 12 hours on June 21.

Explains that beyond the Arctic Circle there are 24-hour daylight conditions at mid‑summer, implying daylength varies with latitude during solstices.

Combine this latitude-dependent variation with a map showing the equator's latitude to infer whether equatorial daylength is expected to change on solstice dates.

School-style question noting two places on same longitude can have 'similar hours of daylight on 21 June', implying daylength depends on latitude and date.

A student could use the longitude/latitude idea plus a world map to compare equatorial locations with higher-latitude locations on June 21 to see if equatorial daylength differs from 12 hours.