Work in Progress
The Joker survives being smashed by a gold bell (Episode 1)[]
Feat starts at 17:30
Picture 1[]
Joker - 311.08 px or 1.96 meters
Length of the gold bell - 555.01 px or 3.5 meters
Distance the gold bell fell - 543.03 px or 3.42 meters
Picture 4[]
The force of the fall was enough to fragment a chunk of the bell.
Length of the bell - 558.32 px or 3.5 meters
Length of the hole - 89.05 px or 0.56 meters
Width of the hole - 30.53 px or 0.19 meters
Height of the hole - 388.25 px or 2.43 meters
Volume of a rectangle - 0.258552 m^3
I couldn't find the shear strength of gold, so I will use some other values from this website.
Compressive Strength and Modulus of Rupture (205 j/cc) = 5.300316e+7 Joules or 0.013 Tons (Small Building level)
Tensile Strength (220 j/cc) = 5.688144e+7 Joules or 0.014 Tons (Small Building level)
Shear Modulus (30,000 j/cc) = 7.75656e+9 Joules or 1.85 Tons (Building level+)
Young's Modulus (81,000 j/cc) = 2.0942712e+10 Joules or 5.005 Tons (Large Building level)
Bulk Modulus (180,000 j/cc) = 4.653936e+10 Joules or 11.12 Tons (City Block level)
Mister Freeze freezes a dinosaur skeleton (Episode 3)[]
Feat starts at 1:10
Mister Freeze - 90 px or 1.83 meters
Height of the neck - 332.42 px or 6.76 meters
Radius of the neck - 79.43/2 = 39.72 px or 0.81 meters
Volume of a cylinder - 13.9337 m^3
A axis of the torso - 251.06 px or 5.1 meters
C axis of the torso - 176.33 px or 3.59 meters
B axis of the torso - 56.08 px or 1.14 meters
Volume of an ellipsoid - 87.43 m^3
Height of the leg - 198.04 px or 4.03 meters
Radius of the leg - 90.02/2 = 45.01 px or 0.92 meters
Volume of a cylinder - 10.71595 m^3
Volume of all legs - 42.8638 m^3
Total volume - 144.2275 m^3
Density of frozen nitrogen - 1026.5 kg/m^3
Mass of the nitrogen - 148049.52875 kg
Specific heat of nitrogen - 1040 J/kg*K
Freezing point of nitrogen - 63.15 K
Environment temperature - 300 K
dT = 300 - 63.15 = 236.85 K
Latent heat of fusion of Nitrogen - 25,000 J/kg
Q1 (m*c*dT) = 3.6468152119815e+10 Joules
Q2 (L*m) = 3.70123821875e+9 Joules
Q1 + Q2 = 4.0169390338565e+10 Joules or 9.6 Tons (Large Building level+)
Mister Freeze freezes some stairs (Episode 3)[]
Feat starts at 8:36
Mister Freeze - 145 px or 1.83 meters
Length1 of the ice - 158.44 px or 2 meters
Width of the ice - 287.01 px or 3.62 meters
Batman's face - 144.61 px or 0.29 meters
Length2 of the ice - 129 px or 0.26 meters
Length3 of the ice - 883.81 px or 1.77 meters
Height of the ice - 270.15 px or 0.54 meters
Volume of a rectangle - 7.877844 m^3
Density of frozen nitrogen - 1026.5 kg/m^3
Mass of the nitrogen - 8086.606866 kg
Specific heat of nitrogen - 1040 J/kg*K
Freezing point of nitrogen - 63.15 K
Environment temperature - 300 K
dT = 300 - 63.15 K = 236.85 K
Latent heat of fusion of Nitrogen - 25,000 J/kg
Q1 (m*c*dT) = 1.991925349660584e+9 Joules
Q2 (L*m) = 2.0216517165e+8 Joules
Q1 + Q2 = 2.194090521310584e+9 Joules or 0.52 Tons (Building level)
Nightwing dodges a bullet (Episode 5)[]
Feat starts at 1:45
Nightwing's face - 0.29 meters and 359 pixels
Height of the gun - 0.127 meters and 176 pixels
Screen height - 732 pixels
2atan(tan(70/2)*(359/732) = 0.456648331072 Radians
0.456648331072 Radians - 26.164022092 Degrees
Plugging that value into this calculator, and solving for distance.
Distance to Nightwing's face - 0.62399 meters
2atan(tan(70/2)*(176/732) = 0.22686724789 Radians
0.22686724789 Radians - 12.998535814 Degrees
Distance to the gun - 0.5574 meters
0.62399 - 0.5574 = 0.06659 meters
Nightwing's face - 0.29 meters and 204 pixels
Height of the gun - 0.127 meters and 172 pixels
Screen height - 732 pixels
2atan(tan(70/2)*(204/732) = 0.262574370786 Radians
0.262574370786 Radians - 15.044403254 Degrees
Distance to Nightwing's face - 1.0981 meters
2atan(tan(70/2)*(172/732) = 0.221753812024 Radians
0.221753812024 Radians - 12.70555752 Degrees
Distance to the gun - 0.57036 meters
1.0981 - 0.57036 = 0.52774 meters
Distance between Nightwing and the gun - 0.06659 meters
Muzzle Velocity - 375 m/s
0.06659 / 375 = 1.7757333333333333333333333333333e-4 seconds
Distance Nightwing moved his head - 0.52774 meters
0.52774 / 1.7757333333333333333333333333333e-4 = 2,971.955 m/s or Mach 8.7336 (Hypersonic)