Examine the Data above recorded from Melbourne, Australia and New York City, N.Y, in the USA. From the data you see above. Answe
r the following questions in a discussion post and provide thoughtful responses to 2 of your peers about their data. • How do the patterns you identified in the data compare with your experiences with daylight throughout a year? . Based on what you know about the Earth-Sun-Moon relationships, what causes the observable patterns of changing of daylight throughout a year and the changing appearance of the Moon that repeats monthly?
As a result, the orientation of Earth's axis to the sun is always changing throughout the year as we revolve around the sun. Sometimes the axis points toward the sun and other times away from the sun. ... This causes a seasonal variation in the intensity of sunlight reaching the surface and the number of hours of daylight.
Explanation:
If it's wrong tell me
<em>(I would appreciate it if I got brainliest. I've never got one)</em>
Aphelion is the point of the Earth's orbit that is farthest away from the Sun. Perihelion is the point of the Earth's orbit that is nearest to the Sun.
I hope this is what you were looking for. If not then very sorry. I'm just going off of my prior knowledge.
As the crust of the San Andrea is continuously moving due to the tectonic activity and is the main manifest of the tectonic boundary of the North America and the pacific plate. This fault along with the pacific plate will move towards the Los angles and eastern San Francisco as it moves about 3.5 cm per year.
As 1 km equals to about 100 000 cm
, then the distance of 620 km = 62, 000,000 cm and 62,000,000 will be divided by 3.5 equal to 17. 71 years to collide with the eastern side.