NEW VIDEO TOMORROW @ 2 pm (EST) Tomorrow! and QnA!
Added 2018-11-08 01:35:02 +0000 UTCHey Patrons!
Sorry I've been away for a while. I've been working on this QFpS Video everyday for 2 weeks straight. I think it's going to be good, and I hope you all like it.
Also, my apologies for not doing an October Video Poll..things got really crazy for me in October as I was starting a new job, and had to fix some technical problems.
As a make up for October (and because I want to do one), I'll make a Q and A just for the all the patrons. If you want me to answer a question, just post it in the comments of this post. I'll answer as many questions as you guys have.
Stay tuned for 2 pm (EST) tomorrow for the new video.
November Video Poll is in the works.
~QFS
Comments
I do have a question I'm curious about: Why do tar patches on roads glow a dark blue, rather than staying a complete black, if I'm wearing polarized sun glasses while being a very sunny day out?
MarcoDotIO
2018-11-17 16:26:36 +0000 UTCThank you for you're reply! I will tell them this whenever they ask it again ๐
Lydia Wagner
2018-11-12 04:50:03 +0000 UTCUghh..lol. This discussion borders ever so slightly between useless science and hardcore syntax. "Wetness" is a physical state that can objectively observed. What physical state specifically grants something to be wet? If the object has water molecules adhered to it, it's wet. Your hand is dry right now. Put your hand under running water. Your hand is now wet. Water does not have the objective property to be called wet, it only causes the property. Why would one say water is wet? Because there's water molecules in it? Ok, so is the air then wet, as there's volatile water molecules floating around? If I mix ethanol and water, is the ethanol now wet, because it contains water? Here's a very simple anecdote. Dessication or dryness is the state of not having water. Sure we could say toast is dry, because it's crispy and inflexible. But, lets agree to expand the definition of dryness, as an object not having water adhered to it. This doesn't count for water vapor, as the water is gaseous..not adhered. Ok...let's take that slice of toast again. It's dry, and crunchy. Pour water on to it. It's now wet, right? CORRECT. In order for a substance to be WET, it had to previously be dry. It's an easily formula, (State of dryness + hydration) = (WET). Water cannot be dry and then become wet.
What's On
2018-11-12 04:40:58 +0000 UTCHi, I know I only just joined and I missed the deadline for this but I'm very curious with this controversy going around with water ๐ the whole "Can water be wet thing". I know it might sound dumb but do you think water can be wet?
Lydia Wagner
2018-11-11 19:31:39 +0000 UTC
