A certain balloon of a light gas is capable of suspending the mass of its envelope m=0.644 kg and a charge mass m= 2.54 kg in air. If the density of the air is ρ=1.28 kg/m^3 and the density of the gas is ρ=0.254 kg/m^(3), what is the minimum volume of the balloon, in m^(3), so that it is in equilibrium
A certain balloon of a light gas is capable of suspending the mass of its envelope m=0.644 kg and a charge mass m= 2.54 kg in air. If the density of the air is ρ=1.28 kg/m^3 and the density of the gas is ρ=0.254 kg/m^(3), what is the minimum volume of the balloon, in m^(3), so that it is in equilibrium
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2) A certain balloon of a light gas is capable of suspending the mass of its envelope m=0.644 kg and a charge mass m= 2.54 kg in air. If the density of the air is ρ=1.28 kg/m^3 and the density of the gas is ρ=0.254 kg/m^(3), what is the minimum volume of the balloon, in m^(3), so that it is in equilibrium ?
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