How can E=mc^2 be used to calculate the radiation from a nuclear blast?

AI Thread Summary
E=mc^2 can be used to understand the energy released in a nuclear blast, but it does not directly calculate radiation distance or fallout. To assess fallout radii, one must consider various factors including types of radiation, longevity of radioactivity, and environmental conditions like wind direction. Participants suggest using published materials for detailed information on these topics. The discussion highlights the need for a comprehensive approach beyond just the equation. Accessing library resources or credible online information is recommended for thorough research.
nlink1979
Hello everyone I am new to PF actually this is my first thread. I am looking for the equation to see how far and how, the radiation from the Nuclear Blast using E=mc^2. Can anybody help? Please[?]

Nicole
 
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Could you be more specific?
 
You can use e=Mcc2 to calculate the force, but that's it. You cannot use this formula to calculate distance, shockwave, etc. There are many other variables to account for.
 
Actually what they wanted was about fallout radii, a school presentation, apparently.

They needed to know the types of radiation, the longevity of the radio activity, (as per emitter/emmissions) and the need to pay attention to the direction of the winds
 
Originally posted by Mr. Robin Parsons
Actually what they wanted was about fallout radii, a school presentation, apparently.

They needed to know the types of radiation, the longevity of the radio activity, (as per emitter/emmissions) and the need to pay attention to the direction of the winds

Hit the library. There's published material for all of this information.
 
Originally posted by NateTG
Hit the library. There's published material for all of this information.
Humm, library? Humm, isn't that a lot like the internet? a big library with actual human intern'actions...

(wanted a fast(er)/easier reply??)
 
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