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Calculating the Internal Pressure of an Oil Droplet

The problem involves calculating the pressure inside a droplet of oil with a known diameter and surface tension, given the atmospheric pressure outside the droplet. The diameter of the oil droplet is 0.05 mm, and the atmospheric pressure outside is 15.5 N/cm². The surface tension of the oil is 0.068 N/m. To find the pressure within the droplet, we consider the impact of surface tension on the internal pressure of the droplet. Surface tension causes a pressure difference between the inside and the outside of the droplet. The internal pressure will be higher than the external pressure due to this surface tension. #fluidmechanics #pressurecalculation #oildroplet #surfacetension #internalpressure #atmosphericpressure #fluiddynamics #dropletdiameter #mechanicalengineering #Ncm2 #Nm #fluidproperties #surfaceforces #pressuredifference #capillaryaction #dropletformation #fluidmechanicsproblem #engineeringanalysis #pressuredetermination #fluidbehavior #oilproperties