Asked by Marti
                If a 1-megaton nuclear weapon is exploded
at ground level, the peak overpressure (that
is, the pressure increase above normal atmo-
spheric pressure) will be 0.2 atm at a distance
of 6 km.
What force due to such an explosion will be
exerted on the side of a house with dimensions
4.39 m × 33.5 m?
Answer in units of N
            
        at ground level, the peak overpressure (that
is, the pressure increase above normal atmo-
spheric pressure) will be 0.2 atm at a distance
of 6 km.
What force due to such an explosion will be
exerted on the side of a house with dimensions
4.39 m × 33.5 m?
Answer in units of N
Answers
                    Answered by
            bobpursley
            
    force= pressure*area= .2atm(101.3kPa/atm)*4.39*33.5 m^2
do all that, and force will be in Newtons. (Pa pascal is a newton/m^2)
    
do all that, and force will be in Newtons. (Pa pascal is a newton/m^2)
                    Answered by
            John
            
    how did you get (101.3kPa/atm)?
    
                    Answered by
            Anonymous
            
    atmospheric pressure
    
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