Question

marss axis is tilted 25 degrees. based on what you know about the impact of axial tilt on earths systems, predict how an increased tilt impacts seasonal changes? an increased axial tilt would cause milder seasonal changes, with temperatures remaining relatively constant throughout the year. an increased axial tilt would result in shorter days and longer nights throughout the year, reducing temperature variations. an increased axial tilt would lead to longer days and shorter nights during the summer and shorter days and longer nights during the winter. an increased axial tilt would result in more extreme seasonal variations, with hotter summers and colder winters compared to

Explanation:

Axial tilt affects the intensity of sunlight received in different seasons. A greater tilt means more extreme differences in the angle and duration of sunlight between summer and winter, leading to more extreme seasonal changes with hotter summers and colder winters.

Answer:

An increased axial tilt would result in more extreme seasonal variations, with hotter summers and colder winters compared to