It is rarely exactly 24 hours between one sunrise and the next sunrise.
Depending on where you are on earth, for example, the length of a day differs from the length of the next day by a few minutes -- at the Equator, to several months -- at the poles.
In the northern hemisphere, winter days are shorter than summer days. Incrementally, day by day throughout the fall, for example, the sun comes up a little later one day from the day just past (also, the sun sets a little earlier).
On June 21 at the Equator, the sun would rise directly east. Regardless of where you are on the Equator, the sun would rise due east and set due west.
At the equator of the Earth, stars appear to rise directly in the east and set directly in the west, following a straight path across the sky. This motion is more pronounced due to the Earth's rotation being perpendicular to the celestial equator. As a result, stars at the equator also rise and set more quickly compared to locations at higher latitudes, where they travel in a more diagonal path across the sky. Additionally, observers at the equator can see a wider variety of stars throughout the year, including both northern and southern celestial hemispheres.
On the first day of spring, which is around the vernal equinox, the sun rises exactly in the east and sets exactly in the west. This occurs because the Earth's tilt is such that the sun is positioned directly above the equator, resulting in nearly equal daylight and nighttime hours. The phenomenon is experienced worldwide, marking a transition into longer days in the northern hemisphere.
Either you are located close to the equator, or it is one of the equinoxes, in which case you might be located anywhere on Earth.
Mostly get hot and rise.
On June 21 at the Equator, the sun would rise directly east. Regardless of where you are on the Equator, the sun would rise due east and set due west.
The Sun is directly over the equator on both the Vernal and Autumnal equinoxes. The Autumnal equinox is usually on the 21st or 22nd of September but can occur as late as the 23rd. On both equinoxes however all of the countries along the equator will have the sun pass directly overhead. It will rise due East, be directly overhead at noon and set due West.
It does not rise or fall. It is an imaginary line.
On the first day of spring, which is around the vernal equinox, the sun rises exactly in the east and sets exactly in the west. This occurs because the Earth's tilt is such that the sun is positioned directly above the equator, resulting in nearly equal daylight and nighttime hours. The phenomenon is experienced worldwide, marking a transition into longer days in the northern hemisphere.
Either you are located close to the equator, or it is one of the equinoxes, in which case you might be located anywhere on Earth.
Mostly get hot and rise.
If the Earth spun north to south instead of east to west, the day-night cycle would be different, with longer nights and days. This change in rotation could also impact the climate and weather patterns, leading to unforeseen consequences on ecosystems and life on Earth.
Earth rotates toward the east, so all stars appear to rise in the east.
Depending on your latitude and the date, the direction of sunrise ranges from MANY degrees north or south of East, to directly east. The sunrise in Maine at the Summer Solstice can be 40 degrees north of East, and as many degrees south at midwinter. If you are close to the equator, then the sunrise is never all that far off of East.
At the North and South Poles, the sun does not rise in the east during specific times of the year. Near the summer solstice, the sun can remain continuously above the horizon for several days, resulting in the lack of a traditional sunrise in the east.
The Sun rises - or appears to rise - in the East.
At the equator the water is very warm because of the tropical sun rise. Due to the unequal heating of the earth, the water expands and flows out and away from the equator toward the poles where it is colder. This movement is what causes the "rough" water.