Question

1. based on your observations, explain how earth’s tilt and latitude work together to create the seasons we experience.

Explanation:

Earth has a tilt of about \(23.5^\circ\) on its axis. As Earth orbits the Sun, this tilt, combined with latitude (distance from the equator), determines solar energy distribution. At higher latitudes (e.g., polar regions), tilt causes more extreme seasonal changes: in summer, the hemisphere tilted toward the Sun gets more direct sunlight (longer days, warmer temps); in winter, the tilted - away hemisphere gets less direct sunlight (shorter days, colder temps). Near the equator (low latitudes), tilt has less impact on seasons due to more consistent solar angle.

Answer:

Earth's \(23.5^\circ\) axial tilt, as it orbits the Sun, and latitude (distance from the equator) interact: Higher latitudes (e.g., poles) have extreme seasons (long/warm summers, short/cold winters) from tilt - driven solar angle/duration changes. Lower latitudes (near equator) have milder seasons as solar angle is more consistent, with tilt having less effect on sunlight intensity/duration.