Laughable wikiHow guides

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Also count as your blessing that you'd likely be knocked unconscious by the G-force before you hit the ground.
 
Positron said:
Also count as your blessing that you'd likely be knocked unconscious by the G-force before you hit the ground.
Click to expand...

Since you are free falling, the actual G-Force you're subject to is very close to 0, and entirely consists of slowing from air resistance.
 
Protip, earth gravity doesn't exert more than 1g. Because 1g just stands for earth gravity.

But, we're getting off topic. Here's How to handle your dogs remains. I looked at the wikihow new pages list and along with this, there's a huge glut of weirdly specific articles about caring for an old dog, specifically, like: http://www.wikihow.com/Know-if-Your-Senior-Dog-Is-Healthy-Enough-to-Travel http://www.wikihow.com/Feed-Your-Senior-Dog-a-Healthy-Diet http://www.wikihow.com/Foster-Senior-Dogs http://www.wikihow.com/Know-if-Your-Senior-Dog-Should-Go-on-a-Diet http://www.wikihow.com/Keep-an-Older-Dog-Warm-in-Cold-Weather And to go with the first one, http://www.wikihow.com/Honor-and-Remember-a-Dog-After-Death
That's a lot of autistically specific articles in a short time. I wonder if they're all from one guy who wishes he took better care of his dog that died. Honestly the new articles list is a gold mine, except that sadly none of these new articles have pictures.
 
@Mauvman Shuffleboard misslunarose is back!
http://www.wikihow.com/Distinguish-Between-ADHD-and-Autism

900px-Autistic-Girl-Smiling-and-Finger-Flicking.png
900px-Happy-Autistic-Man-and-Woman.png
 
Positron said:
Also count as your blessing that you'd likely be knocked unconscious by the G-force before you hit the ground.
Click to expand...
In free fall you don't feel any G-force, you're weightless -- that's why astronauts "float", they're in free fall around the earth.
When falling in air, the friction will slow you down until you reach constant velocity (around 160 km/h). Then, during the rest of the fall, you just feel normal earth gravity, like in a lift moving at constant speed.
 
DykesDykesChina said:
In free fall you don't feel any G-force, you're weightless -- that's why astronauts "float", they're in free fall around the earth.
When falling in air, the friction will slow you down until you reach constant velocity (around 160 km/h). Then, during the rest of the fall, you just feel normal earth gravity, like in a lift moving at constant speed.
Click to expand...
that's why we have the phrase "it's not the fall that kills you"
 
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