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Blahblah9755 Blahblah9755 28 April 2021
3

Destroying 60% of the world with earthquakes

In the Librarians, dragons were going to destroy 60% of the world

”You woke the dragons. Are you insane? They would have destroyed the world. Sixty percent. Sixty-five at the most.”

Going by this quote:

Sir, did you come to take them away? I keep their bags packed.

So these earthquakes and geysers are being caused by dragons?

Not caused by, they are dragons.”

Dragons are responsible for all Earthquakes, so I’ll assume this would be done by an Earthquake for one end.

Since I can’t be certain this is done by Earthquakes, I’ll also include fragmenting 60% of Earth’s landmass and causing an explosion over 60% of the Earth.

To find the distance that covers 60% of the Earth for the Earthquake and explosion end, I’m using the equation for calculating ar…

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Blahblah9755 Blahblah9755 11 June 2020
7

Supergirl types fast

I’m calcing

She’s using binary, and only seems to have 28 characters per line.

she’d be typing 28 quintillion characters. Including the enter to the next line, that's 29 quintillion key presses.

Going by this the average blink is 0.1-0.4 seconds: https://bionumbers.hms.harvard.edu/bionumber.aspx?s=y&id=100706&ver=0

So this gives us 72.5-290 quintillion characters per second to type a quintillion lines. Since she's only using 3 keys she'd only need to hover over those three and push down, since this is a desktop keyboard, she's probably pushing around 0.5 cm/input which gives a range of 36.25 to 145 quintillion cm/s.

That’s equivalent to 1.20916985*10^9 c to 4.83667938*10^9 c. Also typing speed will generally be lower than stuff like running or …

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Blahblah9755 Blahblah9755 13 January 2020
2

Lazytown: Sportacus and Stephanie Meanswell outrun a cannonball

In this video from 21:20 to 22:10 Robbie Rotten is shot by a cannonball, and Sportacus and Stephanie Meanswell outrun it to catch him. I’m going to calculate how fast the two would need to be to outrun the cannonball once Robbie’s on it.

I’m gonna use conservation of momentum for this, so m*v=m2*v2

Mass of the cannonball: 178.56 kg or 223.2 kg

Velocity of cannonball: 381-518 m/s averaging to 449.5 m/s

Robbie’s height is 6 foot 2 inches, and going by this chart someone with normal BMI of that height should be between 148 and 193 lbs, averaging at 170.5 lbs. Robbie is very thin but is also considered to be unfit, so he has very little of both muscle and fat, meaning he should be on the lower end of normal, so I’ll use 148 and 170.5 lbs (67.132 a…

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Blahblah9755 Blahblah9755 8 January 2020
2

Lazytown Kicking a ball to a blimp

https://youtu.be/mBMxEVD0pOg Feat happens at 4:50

A ball was kicked to Sportacus’ airship which is above the clouds and an unknown distance away. I’m going to calculate the speed and kinetic energy of the ball. Due to cuts we can’t use cinematic timing, so I’ll find speed using kinematics.

The clouds appear to be cumulus

https://www.metoffice.gov.uk/weather/learn-about/weather/types-of-weather/clouds/low-level-clouds/cumulus

The UK’s meteorological office says the base of cumulus clouds are: 1200ft (roughly 360 m)-6500ft (roughly 2000m)

Our cloud calc page says cumulus clouds are 600m to 2000m thick.

I’ll use five ends, low height+low thickness, low height+high thickness, average of both, high height+low thickness, and high height+high thickness …

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Blahblah9755 Blahblah9755 1 July 2019
3

Speedy Garfield

I’m calculating the feat in this image:

So, as you can see in the image, Garfield is depicted to travel through at least 3 different rooms. We know these rooms aren’t fully displayed since there aren’t walls or doors shown, and Garfield started off panel, and the meow likely did as well, so it would be inaccurate to pixel scale.

We’re going to assume no more than 3 rooms were crossed, because Garfield’s house isn’t typically depicted as being very large, so it seems unlikely that it would have more than that end to end.

We’re also assuming his “meow” was made when he first smelled the food and started moving.

So this would mean Garfield crosses rooms and gets halfway across a third, while his sound only crossed half of one.

2.5/.5=5, so Garfiel…

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