New TADC's Content just dropped woohoooooooo!
Pomni snaps lollipop's stick[]
This should be simple. During their time in the Candy Kingdom's Test Room, Pomni grabbed a nearby lollipop and attempts to move the Truck's wheels with it... but boom, the SNAPPPED of '24 happened.
Pomni's Height: 569px = 1.02m
Stick's Height: 395px = 0.708m or 70.80cm
Stick's Width: 45px = 0.080m or 8cm
Putting all these into the cylinder volume calculator gives us 14235.18cm^3
The fragment of plastic is 11.3092 J/cc
Result: 11.3092 J/cc * 14235.18cm^3 = 160988.498 joules or... whatever it is.
Credit to to the user @Perequeliri993 for the re-calc below! Let see what he has:
- For this you need an area and the tensile strength of the material.
- The link you used for the destruction value of the stick also has its tensile strength, which would be 19.6 mpa, or 19600000 N/m^2
- The area would be the area of the circle that forms the cylinder, which has a diameter of 0.08m, or a radius of 0.04m
- The area of a circle is R^2*pi=A, where R is the circle's radius, pi is approximately 3.14, and A is the area, in this case in m^2.
- (0.04m)^2*3.14= 0.005024m^2
- Then we multiply this with the tensile strength in N/m^2 to get the force exerted.
- 0.005024m^2*19600000N/m^2= 98,470.4 N, 10,048 kg, Class 25.
- Then we multiply the force in N times the distance (the width of the stick, 0.08m) to get the energy.
- 98,470.4N*0.08m= 7,877.632 J, Street level+
Kinger's Land Ho![]
HOW THE 
DID A ING CHESS PIECE MANAGED TO THROW AN ANCHOR THAT FAR AND FAST?! LIKE, SERIOUSLY! WHAT THE HELL!?
Anyways! Back on topic! Kinger throws an archor so fast that it travels across his truck and the Gator's truck in just a second! So let's calc this thing baby! Also gonna burrow images from Shape's blog rq cuz I'm lazy...
Distance[]
But first, let's try to calced the distance between the trucks and where Kinger thrown the archor at.
Jax's Height: 271px = 1.55m
Jax's Head: 28px = 0.160m
Onto the next shot!
Jax's Head: 13px = 0.160m
Truck's Distance: 335px = 4.123m
Kinger's Thrown Distance: 882px = 10.855m
Now we are done with that, onto the calc!
Mass[]
Kinger's Height: 650px = 1.79m
Kinger's Head: 167px = 0.459m
Onto next shot!
Kinger's Head: 200px = 0.459m
Anchor's Length: 495px = 1.136m or 113.6cm
Anchor's Width: 281px = 0.644m or 64.4cm
Let's assume the depth of the anchor is 10 inches tall or 0.254m. Thus, giving us the volume of...
Volume: 1.136m * 0.644m * 0.254m = 0.185822336 m^3
...whatever that is! Onto the next step. Anchors are usually made out of cast steel, having the density of 6800-7800 kg/m^3 with the average being around 7300. Meaning...
Mass: 0.0388966368 * 7300kg/m^3 = 283.945449 kilograms (Superhuman)
A user told me to use square-cubic law for the anchor. So let's do that.
By comparing Truck's Anchor to Blackbeard's Pirateship Anchor (Which has the closet simliaries as the former) which stands around 11 feet tall (335.28cm) and weighs around 2,500 to 3,000 pounds (1133.981kg to 1360.777kg)
113.6cm/335.28cm = 0.338821284 times
And we need to cubed it in order to get the height: 0.338821284^3 = 0.0388966368kg
Results: 1360.777 x 0.0388966368 = 52.9296487kg or 0.0529296487 Metric Tonnes (Below Average Human)
...ouch.
Speed[]
Seeing how Kinger LITERALLY threw it in a second, let's go and try calced that!
Using FrameByFrame on a video that runs 25 FPS, Kinger throws the anchor at frame 12591 and falls down the cliff at frame 12610. From this, we get a timeframe of... 0.52s!
Throwing Speed (Truck's Method): 4.123m / 0.52s = 7.92884615 m/s (Athletic Human)
Throwing Speed (Kinger's Method): 10.855m / 0.52s = 20.87500 m/s (Superhuman)
Impressive! But... however, could we get the... Kinetic Energy of the thrown?
Kinetic Energy[]
We already got the mass and speed of it. So let's just get on with it.
KE (Truck's Version): 1663.754 Joules
KE (Kinger's Version): 11532.46 Joules
Both are around Street level, sadly. Guess no Wall level TADC's cast...
Results[]
- Pomni Breaks Stick: 7,877.632 J (Street level+)
- Kinger Throws Anchor:
- Speed:
- 7.92884615 m/s (Athletic Human)
- 20.87500 m/s (Superhuman)
- LS:
- 52.9296487 Kilograms (Below Average Human)
- AP:
- 1663.754 Joules (9-C)
- 11532.46 Joules (9-C)
- Speed: