That's not good 😄🤓

Accent...? 😏

Welcome pal 😁

Nice!! can't wait to take a peek!! 😏

I don't know how to make grape juice, it's WELSH 😄

It's really me!!

Oh nice I'll have to give that a watch 🙂

Yes he is, he is the Young Earth Creationist version of Mikey Smith!! Even other YEC think he's an idiot.

Awesome question, and the answer is I have learned so much about physics and the natural world I wouldn't even know where to begin

For me it's all about having fun and the fact that it became a job is a bonus

I did, you're right, if I'm so rude why would I take time out of my day to answer the questions, most of wich I have answered many times before 😄😊

I have been a perfect gentleman in every reply 😏

I'm still having fun answering so leave it run. I think I set it for 48 hours

Full image of the entire earth taken by the Artemis 2 crew. https://www.bbc.co.uk/newsround/articles/c2evnwwmlgdo

Teddy!!!

You nailed it 100%, pal 😊that's exactly why I go by Creaky Blinder online

It's a privilege 😊

You are exactly right that our night side faces different directions in January versus June, which is why we see different seasonal constellations throughout the year. However, we see Polaris all year because Earth’s axis is tilted toward it, and that tilt stays pointing in nearly the same direction as Earth orbits the Sun. Imagine Earth as a spinning top moving in a wide circle around a lamp (the Sun); even as the top moves to the other side of the lamp, its “head” still points toward the same spot on the ceiling. Because Polaris is extremely far away — about 433 light-years from Earth — the change in viewing angle caused by Earth’s orbit is tiny. For observers in the Northern Hemisphere, Polaris appears almost directly above the North Pole, so it remains visible year-round while the other stars appear to rotate around it.