Then the earth would take more time to complete one revolution. The earth's year will be longer.
how does earths distance from the sun change throughout the year
A year is based on the time it takes Earth to do one revolution or orbit of the sun.
A broad band along the equator is usually the hottest area of the earth throughout the year.
It takes one year for Earth to revolve around the Sun. One day for Earth to rotate on its axis.
Circumpolar Constellation
There would be no seasons. The weather in any given area would be essentially the same throughout the year.
it is different in different points of the year.
beacuse of the earths rotation
earths tilt
the length of earths year is 365 days, tho its not really hahaha
No, that would mean he became a father at 7. Not possible.
how does earths distance from the sun change throughout the year
The length of a day would increase and the number days in a year would decrease.
Days would be shorter, and there would be more days per year. (And that was the way it used to be.)
the Earth's tilted axis.
the Earth's tilted axis.
If the Earth's rotational axis were perpendicular to the ecliptic plane, and not inclined 23.5° from the perpendicular as it is now, then there would be no seasons on Earth. The lengths of day and night would never change through the year, and the sun's elevation above the horizon at Noon would never change through the year. Any given location on Earth would have essentially the same climate all year around.