If the excess pressure inside a soap bubble is balanced by an oil column of height 2 mm. then the surface tension of soap solution will be (r= 1cm. density of oil = 0.8 g/cm) TA 20

If the excess pressure inside a soap bubble is balanced by an oil column of height 2 cm, then the surface tension of soap solution will be(r=1cm , density of oil =0.8g/cm 3 )

If the excess pressure inside a soap bubble is balanced by an oil column of height 2 cm, then the surface tension of soap solution will be(r=1cm , density of oil =0.8g/cm 3 )

If the excess pressure inside a soap bubble is balanced by an oil column of height 2 mm, then the surface tension of soap solution will be (r=1cm," density of oil"=0.8g//cm^(3))

If the excess pressure inside a soap bubble is balanced by oil column of height 2 mm , then the surface tension of soap solution will be (r = 1 cm and density d = 0.8 g "cc"^(-1)) , g = 10 m s ^(-2)

If the excess pressure inside a soap bubble is balanced by oil column of height 2 mm, then the surface tension of soap solution will be (r = 1 cm and density d g = 10 ms^(-2) = 0.8 g c c^(-1)) .

The excess pressure inside a soap bubble is equal to an oil column of height 3 mm. The total surface area of the Soap bubble in contact with air will be ( given density of oil= 0.9 gm/cm^3 , surface tension of soap solution= 0.03 N/m and g= 10 ms^(-2))

The excess pressure inside a soap bubble of radius 6mm is balanced by 2mm column of oil of specific gravity 0.8. Find the surface tension of soap solution.

If the excess pressure inside a soap bubble of radius 5 mm is equal to the pressure of a water column of hight 0.8 cm, then the surface tension of the soap solution will be

The excess pressure inside a soap bubble of radius 5 mm in balanced by 3 mm column of oil of specific gravity 0.6 Find the surface tension of soap solution.

The excess pressure inside a soap bubble of radius 6mm is balanced by 2mm column of all of density 800 kgm^(-3) . Find the surface tension of soap solution.