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You will notice that the balloon is lighter than air (it floats rather handily). Generally speaking, an oxy-acetylene mix is not lighter than air.
By definition, any gas is lighter than air that has a Molecular Mass less than 28.97. While Acetylene (C2H2) is, technically, lighter than air with a Molecular Mass of 26, it only BARELY lighter. Adding O2 (Molecular Mass 32) would only add mass. I doubt pure Acetylene would be able to life the mylar (biaxially-oriented polyethylene terephthalate ) envelope. An oxy-acetylene mix would be even more unlikely to.
Hydrogen (H2) is lighter even than Helium (He) and would be more than capable of lifting the mylar, even with O2 added.
You will notice that the balloon is lighter than air (it floats rather handily). Generally speaking, an oxy-acetylene mix is not lighter than air.
By definition, any gas is lighter than air that has a Molecular Mass less than 28.97. While Acetylene (C2H2) is, technically, lighter than air with a Molecular Mass of 26, it only BARELY lighter. Adding O2 (Molecular Mass 32) would only add mass. I doubt pure Acetylene would be able to life the mylar (biaxially-oriented polyethylene terephthalate ) envelope. An oxy-acetylene mix would be even more unlikely to.
Hydrogen (H2) is lighter even than Helium (He) and would be more than capable of lifting the mylar, even with O2 added.