The pneumatic behavior of these things can create so-called blowholes, such as the one in Lion's Den of Cornwall, England.
The height of these things is multiplied by lambda squared and divided by h cubed to calculate the Ursell Number, which is used to classify their complex behavior in nonlinear regimes. The pneumatic behavior of these things can create so-called blowholes, such as the one in Lion's Den of Cornwall, England. The innermost region where these things can dissipate their energy is called a berm. These things are responsible for creating (*) "rhythmic topography" of both inner and outer crescentic bars. These entities exhibit either plunging, collapsing, surging, or spilling behavior when they interact with a coast; often times these things translate their potential energy to turbulent kinetic energy when they break. For 10 points, name these entities, which create swash as they run up beaches.
The height of these things is multiplied by lambda squared and divided by h cubed to calculate the Ursell Number, which is used to classify their complex behavior in nonlinear regimes.
ocean waves