Creating a Pocket Realm with an average star with the distance between the sun and the closest star
I will be using the Gravitational Binding Energy of the sun for the average stars= 5.693e41 joules
4.22 light years is equal to 3.9924e+16 meters.
The radius of the sun for the average star: 695510000 m
4*5.693e41*(3.9924e+16/695510000)^2
7.503e57 = 7.503e57 joules, (Multi-Solar System level)
- http://apfloat.appspot.com/
Average Neutron Stars GBE
This feat seems to be a common feat in fiction with stars such as neutron stars or created or destroyed so so I made a calculation.
Gravitational Binding Energy Equation for stars is (3*G*M^2)/(r(5-n))
The average neutron star is 1.4 Solar Masses with a radius of 10 kilometers as stated here and there.
- Solar mass is 1.989 × 10^30 kilograms
- Mass of the average star is (1.4*1.989 × 10^30) kilograms
- Radius is 10000 meters.
- Assuming a n (which can go from 0.5 to 1) is 0.5
- G is a constant of 6.67408x10^-11
Calculation
- (3*6.67408*10^-11*((1.4*1.989 * 10^30))^2)/((5-0.5)*10000) = 3.4 × 1046 Joules (Solar System Level)
Calculator: http://apfloat.appspot.com/
Can Opener Neck Crank Force
This is a calc to show how proper technique means that it doesn't require Class 1 lifting strength to break a neck.
This article demonstrates how the neck can act as a lever to increase applied force. Your head balanced properly in an upright position only exerts around 12 lbs. of force on your cervical spine. However, tilt your head forward 60 degrees and that force increases to 60 lbs. of force.
A can opener is probably the most simple neck crank. It involves simply going to guard or mount (preventing your opponent's body from shifting) then cranking your opponent's head forward/down in a case of hyperflexion - similar to dropping your head forward when you have bad posture, but with a hell of a lot more force.
Your cervical spine is a clas…
Creating a pocket dimension containing a star
Trying to get a tier for the "Create a pocket dimension with a sun" kind of feat
Assumption made for this calc:
The radius is 1 AU like Earth-Sun distance.
The planet inside the pocket dimension is Earth.
Formula is E= 4*U*((Er/Br)^2), U is GBE of Earth, Er is the explosion's radius, Br is the Earth's radius, and E is the yield.
1 AU= 1,496*10^11 metres
GBE= 2,24*10^32 J
Earth's radius= 6.373.044,737 m
E= 4*2,24*10^32*((1,496*10^11:(6,373044737*10^6))^2)=
8,96*10^32*((9,534074926552*10^5)^2)=
8,96*10^42*(90,898584705107524194608704)=
8,1445131895776341678369398784*10^44 or 8,14 Foe Large Star level
Attacks that send people flying
- 1 Introduction
- 2 Methodology
- 3 Tally
- 4 Findings - On Request (Re Battle for Dream Island)
- 5 Findings - Credits to Psychomaster35 (Re Battle for Dream Island)
We have always seen some characters attacking on another character and sending him/her/it flying.
This blog serves to find the energy yield from sending a person flying at different speed and across different distances.
Here an average 2016 Japanese male at 25-29 is picked. Because most anime comes from Japan. Fight me.
The target weighs at 66.82 kg and stands at 1.7185 m.
To make a target fall, the center of gravity is likely falling from roughly half his own height to roughly ground floor.
Height to fall = 1.7185/2 = 0.85925 m
By PE to KE formula, mgh = 0.5 m v^2
(9.81)(0.85925) = (0.5) v^2
v = ((2)(…