Yep. Needle gets flung to a Star-sized Cake in about 6.33 seconds. (1:14-1:20)
Now, we need to get the distance.
The Earth is 18 px/12742000 meters and Needle’s Cake, which I will assume is the size of the Sun (it DID say that the cake grew to the size of a star), is 931 px/1391000000 meters. The screen is 576 pixels.
2atan(tan(70/2)*(931/576)) is 1.30711863 radians/74.89238082211 degrees.
Using this website, that means that the cake is 9.0816e+8 meters away from the screen.
Now with Earth.
2atan(tan(70/2)*(18/576)) is 0.0296112562 radians/1.6966000063448 degrees.
Once again, using the angsize calculator, the Earth is 4.3028e+8 meters away from the screen.
9.0816e+8-4.3028e+8 is 477880000 meters for the distance between the Earth and Needy’s Star-sized cake. Now THATS pretty much threatening, even closer to the Star-Sized cake than how Mercury is close to the Sun.
477880000/6.33 is 75494470.7741 m/s for the speed ol’Needy was being flung into the Cake.
Now, for Needle’s height scaling.
Pencil: 284.5 px/1.755 meters
Pin Base: 231 px/1.42497363796 meters
Pin Base: 376 px/1.42497363796 meters
Needle: 536 px/2.03134539879 meters
The average weight for a female with such height like Needle is 81.6 kg.
Using the Relativistic Calculator to plug in the values, that tells me that this is worth 244214613108918682 joules/58.368693381672727583 megatons, which is City Level+.
Pretty consistent, as we have Robot Flower’s speed and X’s digging feats on Tier 7 as well. Now before you ask: “But what about Needle popping the Star-shaped cake?” Well, that is pretty much most likely an outlier, since the BFDI contestents have been shown at best to be Tier 8-7. Never Tier 4.
>Yep. Needle gets flung to a Star-sized Cake in about 6 seconds. (1:14-1:20)
Use frame by frame to get a more accurated timeframe.
The timeframe is from 1:13.76-1:20.09, so thats 6.33 seconds.
>Via Angsizing, the Earth is 4.3028e+8 meters away from the screen and Needle’s Cake is 9.0816e+8 meters away from the screen. 9.0816e+8-4.3028e+8 is 477880000 meters for the distance between the Earth and Needy’s Star-sized cake.
I'm getting a different result than yours.
Size = 12742000 m
12742000 * 576 / [18 * 2 * tan (70deg / 2)] = 291159390.4 m
Size = 1391000000 m
1391000000 * 576 / [931 * 2 * tan (70deg / 2)] = 614530093.1 m
614530093.1 m - 291159390.4 m = 323370702.7 meters
323370702.7/6.33 is 51085419.0679 m/s for the speed of Needle.
>Using the KE Calculator to plug in the values
If the speed is above 1% of speed of light use the Relativistic Kinetic Energy calculator.
By using that, the result is 108852975824013134 joules/26.016485617593961166 megatons, which is City Level.
Given that Needle isnt human, but a needle (no duh lol), I have come up with a better way to get her weight. Also, I found a better image, this time of Pencil and Needle standing straight and alligned perfectly to get her height.
Pencil: 165 px/1.755 meters
Needle: 167 px/1.77627272727 meters
Needle height: 1484 px/1.77627272727 meters
Needle body height: 1338 px/1.60151813281 meters
Needle body diameter: 230 px/0.27529833374 meters (0.13764916687 meters for the radius)
Given how Needles are cone-shaped...
(Pi*0.13764916687^2)(1.60151813281/3) is 0.03177661648 m^3 for Needle’s volume.
Needles are usually made of carbon steel, which has a density of 7850 kg/m^3.
0.03177661648*7850 is 249.446439368 kg for Needle’s weight.
KE (Relativistic): 332757196494008114 joules/79.530878703156815845 megatons, or City level+.
Impressive. Needy has improved! (Slap)