If a 400 sq mi area gets 2 ft of rain and there’s a low valley area surrounded mostly by mountains, the water will drain down the mountainsides to the valley. It’s like a big bowl. The water that settles in the valley will be more than 2 ft because of the rest of the runoff from even higher elevations
It depends how close you sit to your TV and how large the TV is. I can tell a difference if I’m close enough or if the screen is large enough. As well, try turning on a streamed 1080p show and using a 4k bluray (if you have all of thrsr things). When you stand close (like, closer than you’d watch), you can really see the difference. As you back away, it becomes less noticeable, but even at comfortable viewing distances people can see the difference
You can see an example on your phone. Try watching a video in 1080p and then 480p. You should notice a difference, even if you hold your phone a foot from your face it’s the same idea when watching on a tv.
I too would rather stand in the median of a busy highway interchange for 12 hours a day, in the rain or snow, with a bag of my stuff getting ruined, holding a sign and watching everyone turn their head away from me to not make eye contact, day in and day out, than get a job. I’m so glad you understand
/s
That’s right: usually. Sometimes no. Or sometimes the volume of water only slowly drains away (like some rivers move extremely slowly and it’s almost as if it’s not moving at all). If it takes 3 days for the water in the normally filled river to move 1 mile, even if it takes 2 days with the flooded valley to drain instead of 3, that’s still 2 days of floods.
Imagine you drop a bunched up shirt onto the floor. If you look, you’ll see that there are lower spots surrounded on all sides of high spots. Terrain irl is not so different from that in spots. Hope this helps explain :)