Tilted away, the nights would be longer and the days shorter. Such a time would be the winter season.
Rotation affects the length of days and nights, weather patterns, and ocean tides. If the Earth stopped rotating, the impact would include drastic changes in temperatures, winds, and ocean currents, but the rotation would not affect gravity, the atmosphere, or the Earth's overall shape.
If Earth were not spinning, there would still be a gravitational force keeping us grounded, but the absence of rotation would lead to a significantly different environment. Days and nights would last much longer, potentially causing extreme temperature variations. Additionally, the lack of the Coriolis effect would alter weather patterns and ocean currents, drastically changing the planet's climate and ecosystems. Overall, life as we know it would be profoundly affected.
Earth rotates (spins) on its axis close to every 24 hours, creating days and nights.
4 days on Pluto would be 25.6 Earth days.
Days are longer than nights in the summer, and the reverse in the winter.
Then the world would have no days or nights. We would just be either day or night depending on when the earth stopped rotating on it axis.
because earth is rotating and revolving
Earth
About 121 Earth days
Days and nights, sunrises and sunsets.
Days and nights occur because of the diurnal rotation of the earth. The sun stays still, and the earth spins once a day, so for 12 hours half the earth is in sunlight.
The earth rotates on its axis
about 121 earth days
There are some tiny variations because of the tilt of the earth, but we can say that days and nights are roughly equal at the equator.
Then days and nights would become much longer and there would be less days in one year. Also, the seasons would change.
They are around the same length as days on Earth.