The tilt of Earth's orbit is among the planet's unique characteristics. This characteristic allows water to exist in solid, liquid, and gas forms on Earth. Earth's distance from the Sun as well as the near-circular nature of its orbit allow this phenomenon to take place.
Why is this correct?
The presence of water in its solid (ice), liquid, and gaseous (water vapor) forms on Earth is predominantly connected to the diverse range of temperatures prevailing on the planet. Earth's axial tilt causes sunlight to strike various parts of the Earth's surface at different angles throughout the year, influencing the amount of heat absorbed.
These fluctuations in solar radiation across different latitudes and seasons significantly impact temperature variations, enabling water to manifest in its various states.