Question

At the South Pole The spring equinox signals the start of six months of continuous​

Answer 1

Explanation:

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That is because the Earth's axis is tilted away from the perpendicular to Earth's orbital plane. The axis always points (more or less) in the same direction in space. However, relative to the Sun, the tilt direction varies, as the Earth orbits the Sun. Each pole tilts towards the Sun for half the year then away from the Sun for the other half of the year. This affects the whole planet, but the effect is most extreme at the poles. At the poles, there are about six months of daylight followed by about six months of night.

An important fact that is sometimes not clearly stated is that, at the poles, the Earth's rotation does not cause the Sun to rise or set. In fact, the Sun's apparent daily motion is (almost exactly) parallel to the horizon all the time.

However, the Sun does rise and set at the poles, at intervals of 6 months. That’s because the distance of the Sun above and below the horizon varies during the year, as the Earth orbits the Sun. Diagrams showing how the Earth’s orbit affects the amount of sunlight at the poles are given in the link below.

Answer 2

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That is because the Earth's axis is tilted away from the perpendicular to Earth's orbital plane. The axis always points (more or less) in the same direction in space. However, relative to the Sun, the tilt direction varies, as the Earth orbits the Sun. Each pole tilts towards the Sun for half the year then away from the Sun for the other half of the year. This affects the whole planet, but the effect is most extreme at the poles. At the poles, there are about six months of daylight followed by about six months of night.

Explanation:

Hᴏᴘᴇ ɪᴛs ʜᴇʟᴘғᴜʟ☺️

❤️IᴛᴢWᴀɴᴅᴇʀᴏᴜsGɪʀʟ❤️