Everybody Do the flop! and when everyone did. the earth violently shook at 1:57
<s\>The earth quite literally bends and shakes badly. So this definitely ain't no casual low Magnitude. I'll do the higher magnitudes. 7, 8, 9 and 10. And it can be decided which seems best. So this is very quick math. Considering that 7 billion people about existed during the time of this video. Here's the images just so you have a good idea on how much it moves. And this is frame by frame. Each movement only took a single frame. What we will be doing is taking the force needed to Shake earth at each magnitude. And divide it evenly between the 6 billion who existed at the time. And that's the force that each individual person should have provided.
<s\>Earth shaking feat
<s\> Earth going down
<s\>
<s\>So. Earth is 400 pixels and 12,741,981.12 meters
<s\>
<s\>Earth travel is 300 pixels and 9,556,485.84 meters.
<s\> Took one frame. And it's 24 frames per second. Times this by 24 to get speed every second
<s\>513054000 MPH.
<s\> Earth weighs 13,170,000,000,000,000,000,000,000 pounds
<s\>So into the Relativistic Calculator it goes
<s\>296,830,146,125,291,430,558,758,328,497,077,680 Megajoules
<s\>Divide this by 7 billion as it took that many people to do it and the final result is
<s\>10.13487261 Zettatons per person. Small Planet level
<s\>
<s\>Earth up
<s\>
<s\>Earth original was still 400 pixels and 12,741,981.12 meters
<s\>Earth traveled 387 pixels and 12,327,866.7336 meters
<s\>Same timeframe. So we multiple it by for to get our speed per second
<s\>661839659.9991052 MPH. Just barely under light speed. So still viable.
<s\>Relativistic calculator and we get
<s\>2,792,519,665,396,478,023,790,030,333,379,203,959 Megajoules
<s\>Divide this by 7 billion and out second final result
<s\>95.34688815 Zettatons. Planet level
<s\> That's insane
EDIT
Watching the video I noticed this detail
So that's pretty big difference. So we are gonna have to add that into our calc. Since the higher end calc got Too high in speed apparently to use. So I redid it. But uses the moon as reference. Since that never moves.
Moon is 116 pixels and 2,158.8 Miles
Earth travel is 300 pixels and 5,583.103448275862 Miles
Happens in one frame so multiple it by 24 to get one second
482380137.93103450537 MPH
Earth weighs 13,170,000,000,000,000,000,000,000 pounds
So into the Relativistic Calculator it goes
235,961,405,815,829,398,701,897,060,910,990172 Megajoules
Divide by 6 billion and we get
939.93549 Exatons. Small Planet
Moon is 116 pixels and 2,158.8 Miles
Earth travels 387 pixels and 7,202.203448275862 Miles.
This happened in one frame. So multiple it by 24 to get the speed every second and
622270377.9324 MPH. 0.92C.
Earth weighs 13,170,000,000,000,000,000,000,000 pounds
So into the Relativistic Calculator it goes
903,243,375,289,017,494,071,950,128,603,842,253 Megajoules
Divide by 6 billion and
36 Zettatons. Small Planet level+
And one extra detail. When using the Flop as a whole. This creates a force of the full value is 215.88034782242 Quettatons, Star level. Which only The Flop guy would get via causing everyone to do the flop.
Note: In accordance with Rule Violations Report Thread 75, the calculations of this user are not to be used. Wokistan (talk) 15:14, September 3, 2020 (UTC)