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[David102745]

I'm trying to find the sub-atomic destruction value of the human body, in joules per cubic centimeter btw.

Is there a way to convert joules per kilogram to joules per cubic centimeter?

If not, is there another way to find the sub-atomic destruction value of the human body, in joules per cubic centimeter?

 

[Crimson_Azoth]

The human body has a density of 985 kilograms per meter squared. There are one million cubic centimeters in a cubic meter. That means that every cubic centimeter of human weighs 0.000985 kilograms, or 0.985 grams.

Let me assume that the value per kilogram for subatomic destruction is 2000 joules per kg. I know it is probably much more than that, but just as an example.

2000 J/kg=2 J/g

This means that 2 J/g is 98.5% of the value per cubic centimeter, as I worked out above. That means that to get the value of J/cm^3 from the value of J/g for the human body, I need to multiply the J/g value by 1.0152284264. For my example, that means that the value for J/cm^3 is (2 x 1.0152284264 =) 2.0304568528 joules per cubic centimeter.

Hope that helped!

 

[David102745]

@Crimsion Azoth

Thanks.