Sliding bubble dynamics can be characterised by the effects of various forces that act on the bubble while it slides along the surface of an inclined plate. Figure 8 shows the force balance of a bubble sliding underneath an inclined plane. The most important factors that affect the fundamentals of a sliding bubble are the effects of surface tension, buoyancy, as well as drag. Buoyancy comprises several components out of which the x-module exerts a force that acts in the same direction as the surface of the plate. Consequently, the bubble glides. On the other hand, the y-module of the force of buoyancy exerts its force at a 90oÂ angle to the surface of the plate thereby compressing the bubble
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