A boiler drop[]
This calc has been previously made here. However I have recently found the novel version of the feat here
- "It weighed over ten tons. It was the mother of all boilers"
Since the novel uses the US measurement system I'll convert
- 10 Tons = 20,000 lbs
- 1 lbs = 453.59237 grams
- 1,000 grams = 1 kilogram
- 20,000 * 453.59237 / 1,000 = 9,071.8474 kilograms
Using the previously suggested speed of 49.05 m/s
- KE = .5 * m * v^2
- KE = .5 * 9,071.8474 * 49.05^2
- KE = .5 * 9,071.8474 * 2,405.9025
- KE = 10,912,990.16963925 joules (9-B+) (Accepted)
Über Jason tosses a tree[]
Thanks to @Jackythejack for the image
- Tree width is 93 pixels. 93 *0.0232 meters = 2.1576 meters. Radius would be 1.0788 meters.
So for volume
- Volume of tree (20 meters), 73.1243 m^3
- Volume of the tree (40 meters): 146.2486 m^3
- Volume of the tree (60 meters): 219.3729 m^3
- The trees around it closely resemble spruce, and since Crystal Lake is in New York, we’ll go with a Canadian spruce, so the density of spruce wood is 450 kg/m^3
- 20 meter weight = 32,905.935 kg (Class 50)
- 40 meter weight = 65,811.87 kg (Class 100)
- 60 meter weight = 98,717.805 kg (Class 100)
Now for the throw
- Gonna assume he chucked this like a javelin.
- Javelin thrower speed is 115 km/h for release velocity or 31.9444 m/s
- LE KE = .5 * 32,905.935 * 31.9444^2 = 16,789,300 joules or 9-B+ (Accepted)
- ME KE = .5 * 65,811.87 * 31.9444^2 = 33,578,700 joules or 9-A
- HE KE = .5 * 98,717.805 * 31.9444^2 = 50,368,000 joules or 9-A
Über Jason blitzes a bunch of people[]
The feat. Jason, from 20 feet away, blitzs a bunch of soldiers before they react and cuts a man criss cross
- 20 feet = 6.096 meters
For the time taken I'll use two ends. One for a blink, since the second part mentions "Through flickering eyelashes" and another for reaction time.
- Blink = According to the UCL the average blink is 100-150 miliseconds and according to Havard its 100-400 miliseconds
So for the ends
- 6.096 m / .1 = 60.96 m/s (Subsonic)
- 6.096 m / .15 = 40.64 m/s (Subsonic)
- 6.096 m / .2 = 30.48 m/s (Superhuman)
- 6.096 m / .3 = 20.32 m/s (Superhuman)
- 6.096 m / .4 = 15.24 m/s (Superhuman)
For reaction time I'll just use the average of 190 m/s, though as a noted high end I'll also include the lowest averge it can possibly be (though again note it's likely not realistic)
- 6.096 m / .19 = 32.08 m/s (Superhuman) (Accepted)
- 6.096 m / .08 = 76.2 m/s (Subsonic)
That one time Jason crushed a head in a nanosecond[]
So like.... this happened. Basically Jason X II crushes a man's head in a nanosecond after slamming a wine bottle on him. Using this image to get some basic wine bottle heights (as a note I'll only focus on the base to top shoulder height, since Jason was presumably holding onto the neck).
- Bordeaux = 0.2159 meters / 0.00000001 = 21,590,000 m/s or 7.2% lightspeed (Sub-Relativistic+)
- Claifornia Red = 0.2413 meters / 0.00000001 = 24,130,000 m/s or 8% lightspeed (Sub-Relativistic+)
- Riesling = 0.1651 meters / 0.00000001 = 16,510,000 m/s or 5.5% lightspeed (Sub-Relativistic+)
- Pinot Noir = 0.1905 meters / 0.00000001 = 19,050,000 m/s or 6.35% lightspeed (Sub-Relativistic+)
- Turley = 0.1524 meters / 0.00000001 = 15,240,000 m/s or 5% lightspeed (Sub-Relativistic+)
- Champagne = 0.1778 meters / 0.00000001 = 17,780,000 m/s or 5.93% lightspeed (Sub-Relativistic+)
Results[]
- Boiler drop = 10,912,990.16963925 joules (9-B+)
- Tree toss = 16,789,300 to 50,368,000 Joules (9-B+ to 9-A) and Class 50 to Class 100 lifting strength
- Blitzes some soldiers = 15.24 m/s to 76.2 m/s (Superhuman to Subsonic)
- Jason X II shatters logic with his speed = 5-8% lightspeed (Sub-Relativistic+) <- If outlier had an example it would be this btw