Two spherical soap bubble collapses. If `V` is the consequent change in volume of the contained air and `S` in the change in the total surface area and `T` is the surface tension of the soap solution, then it relation between `P_(0), V, S` and `T` are `lambdaP_(0)V + 4ST = 0`, then find `lambda` ? (if `P_(0)` is atmospheric pressure) : Assume temperature of the air remain same in all the bubbles
Two spherical soap bubble collapses. If `V` is the consequent change in volume of the contained air
Two spherical soap bubble collapses. If `V` is the consequent change in volume of the contained air and `S` in the change in the total surface area and `T` is the surface tension of the soap solution, then it relation between `P_(0), V, S` and `T` are `lambdaP_(0)V + 4ST = 0`, then find `lambda` ? (if `P_(0)` is atmospheric pressure) : Assume temperature of the air remain same in all the bubbles
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