Okay kiddo, let's talk about the apparent place. Imagine you are looking at the sky at night and you see lots of stars up high. Now, did you know that even though the stars look like they are in one fixed position, they actually move across the sky as the Earth turns?
The apparent place is the position of a star or planet in the sky as it appears to us on Earth. It's called "apparent" because it's not the actual position of the celestial body in space, but rather its position as it appears from our point of view on Earth.
So, let's say we look up at the same star every night at the same time for a whole month. Each night, the star will appear to be in a slightly different position because of the Earth's rotation. This is the apparent place of the star.
Now, scientists and astronomers use the concept of the apparent place to track the movement of celestial bodies in the sky. They can use this information to predict when certain stars or planets will be visible to us, and even to help navigate space missions to other planets!
So, although the apparent place isn't the real position of a star or planet in space, it's still a really important concept for understanding how the sky appears to us here on Earth.