Archive for October, 2016

Ask Mr. Science


Q. Mr. Science, why does the moon look so much bigger when it is close to the horizon?
– Anonymous (Actual name  Anna Jean Lumpkin, E. Garfield Ave, Decater, IL)

A. I’m glad you asked that. So glad, in fact, that I’ve decided to answer you.When you look at ing-butternut-squash_sqlthe moon when it’s high in the sky, it appears to be roughly the size of a dime. When it is closer to the horizon, it appears to be closer to the size of a quarter. Ha, ha, ha. You’re ignorant! In reality it’s neither. The moon is actually the size of a regulation NBA basketball. It is also the color of a basketball, complete with the little lines and Adam Silver’s signature and stuff. (Forgive me for dropping that last word on you. I know it’s pretty technical.) But, here’s the kicker. It is not really shaped like a basketball, or a dime or a quarter. It is roughly the shape of a butternut squash. Fascinating, yes? Well you ain’t heard nothing yet because listen to this: it doesn’t taste like butternut squash! It actually tastes like a Jell-o Pudding Pop. Which unfortunately brings this butthole into the picture.pud-pops

But wait. Wasn’t there a question asked at some point? Oh yes. Why does the moon look bigger when it’s low in the sky.To find the answer, we need to do some simple mathematics.

brick-genericThe moon is approximately fifteen feet from the Earth. [citation needed]. When it is close to the horizon, it is actually a full foot and a half closer, because of the gravitational pull of Donald Trump’s hair. Try this experiment. Hold a brick a foot and a half from your face. Now, as fast as you can, smash the brick into your face. You will see stars, not the moon. This really doesn’t come into play with regard to the question. I just thought it would be funny if you did that.

Actually, if you had your eyes open as the brick approached your face, it may have appeared to be getting bigger right before things started hurting real bad. So there’s that. I guess it’s not totally unrelated after all. God, I’m a great scientist!

By the way, if you ask the Google this question, you may get a vastly different answer. That’s because “mainstream” science has an “agenda.” They want you to “learn” about things like the effect of the “atmosphere” on viewing “celestial” “bodies.” Don’t buy into this nonsense. Knowledge is rigged.

As it turns out, I have an agenda also. And according to my agenda it’s time for me to eat a Jell-o Pudding Pop. I hope it doesn’t lead me down a slippery slope.