Jiraiyathesannin
Jōnin Strategist 🧠
- Joined
- Mar 11, 2014
- Messages
- 1,644
- Reaction score
- 137
As we saw in the most recent chapter of the manga, Gai kicked so hard that the space-time area in front of him was bending.
This means that he was traveling at relativistic speed.
According to scientific experimentation, relativistic speeds are (within 1% certainty) 1/10th of the speed of light. The speed of light is about 300,000,000 meters per second. 671,081,000 miles per hour.
1 tenth of this is 30 million.
So Gai was traveling AT LEAST 30 million meters per second.
We know that Gai weights 75 kg (a weight of 165.347 pounds).
Momentum is equal to Velocity*Mass. 75kg*30,000,000 m/s = 2.25 BILLION (kg*m)/s
Simple physics dictates the impulse is equal to momentum. Impulse is Force times the time of impact.
Regrettably, we can't say for sure what the time of impact is (we'll explain how to estimate it in a few minutes).
If we WERE able to find this number, dividing our 2.25 billion by this time gives us the force of Gai's kick.
This allows us to do some REALLY cool things.
1) Dividing our number by the surface area of the bottom of gai's foot (the average adult male foot has a surface area of about 100 cm squared) gives us the pressure (force per square centimeter can easily be converted into psi) of Gai's kick on madara's chest.
2) If we instead divide our "number" by the distance gais foot presses into madara's chest, we can find the work done by Gai. Work is measured in Joules.
3) By taking the work done, and dividing by our estimated time value (which we'll do in a second), we can find out the power of guy's kick. Power is measured in watts.
So lets go ahead and estimate the time of impact. Assuming that gai's foot doesn't slow down at all after impacting madara, and by assuming that gai's foot indents about 7 centimeters into him (review the latest chapter to confirm this measurement), we can find the time interval. The time of impact is approximately .0000000023 seconds.
Taking that figure and plugging it back in above, we get the following numbers
The force of Gai's kick, is 978260869565217400 newtons
The pressure per square centimeter of Gai's kick is 9782608695652174 newtons per centimeter squared (which is 14188474369565220 psi)
The work Gai's kick did is 13975155279503110000 joules of work (joules being a unit of energy).
And finally, the amount of power done by Gai's kick is:
6076154469349176000000000000 (N*m2)/s3 or Watts of power (watt seconds for our purposes).
Considering that the sun produces 3000000000000000000000000000 kilowatt hours, which is 3000000000000000000000000000000 watt hours, which is 833333333333333333333333333 watt seconds,
MEANING THAT GAI'S KICK HAD 7.29138536322 THE POWER OF THE SUN.
Kishi messed up when he made time-space bend around gai.
This means that he was traveling at relativistic speed.
According to scientific experimentation, relativistic speeds are (within 1% certainty) 1/10th of the speed of light. The speed of light is about 300,000,000 meters per second. 671,081,000 miles per hour.
1 tenth of this is 30 million.
So Gai was traveling AT LEAST 30 million meters per second.
We know that Gai weights 75 kg (a weight of 165.347 pounds).
Momentum is equal to Velocity*Mass. 75kg*30,000,000 m/s = 2.25 BILLION (kg*m)/s
Simple physics dictates the impulse is equal to momentum. Impulse is Force times the time of impact.
Regrettably, we can't say for sure what the time of impact is (we'll explain how to estimate it in a few minutes).
If we WERE able to find this number, dividing our 2.25 billion by this time gives us the force of Gai's kick.
This allows us to do some REALLY cool things.
1) Dividing our number by the surface area of the bottom of gai's foot (the average adult male foot has a surface area of about 100 cm squared) gives us the pressure (force per square centimeter can easily be converted into psi) of Gai's kick on madara's chest.
2) If we instead divide our "number" by the distance gais foot presses into madara's chest, we can find the work done by Gai. Work is measured in Joules.
3) By taking the work done, and dividing by our estimated time value (which we'll do in a second), we can find out the power of guy's kick. Power is measured in watts.
So lets go ahead and estimate the time of impact. Assuming that gai's foot doesn't slow down at all after impacting madara, and by assuming that gai's foot indents about 7 centimeters into him (review the latest chapter to confirm this measurement), we can find the time interval. The time of impact is approximately .0000000023 seconds.
Taking that figure and plugging it back in above, we get the following numbers
The force of Gai's kick, is 978260869565217400 newtons
The pressure per square centimeter of Gai's kick is 9782608695652174 newtons per centimeter squared (which is 14188474369565220 psi)
The work Gai's kick did is 13975155279503110000 joules of work (joules being a unit of energy).
And finally, the amount of power done by Gai's kick is:
6076154469349176000000000000 (N*m2)/s3 or Watts of power (watt seconds for our purposes).
Considering that the sun produces 3000000000000000000000000000 kilowatt hours, which is 3000000000000000000000000000000 watt hours, which is 833333333333333333333333333 watt seconds,
MEANING THAT GAI'S KICK HAD 7.29138536322 THE POWER OF THE SUN.
Kishi messed up when he made time-space bend around gai.
Last edited:
