When waves from the South West strike a beach running East to West, the longshore current is likely to flow Eastward along the shore. This is because the waves will push the water along the coast in that direction due to the angle of wave approach and the prevailing wind direction causing the net movement of water along the shore to the East.
When waves from the southeast strike a beach that runs east and west, the longshore current is likely to move towards the west. This is because the waves approach the shore at an angle, causing water to flow parallel to the beach in the direction of the wave movement. In this case, the water would be pushed to the west as it returns to the sea, generating a longshore current that flows in that direction.
Two kinds of currents that wave action can cause near shore are "Longshore Current", which is the overall direction and movement of the waves that strike the shore at an angle. The other kind of current is "Rip Currents", which are narrow streams of water that break through sandbars and drain rapidly back to sea.
To find strike and dip on a contour map, locate a layer boundary that is perpendicular to the strike. The dip direction is the direction that the layers are dipping towards. The dip is the angle at which the layers are inclined from the horizontal.
When rocks on opposite sides of a fault move in the same direction at different rates, it results in a strike-slip fault. This type of fault occurs when there is horizontal motion along the fault line. The two main types of strike-slip faults are left-lateral and right-lateral, depending on the direction of movement when facing the fault.
Not necessarily. The strike of a bed refers to the direction of the line formed by the intersection of the bedding plane with a horizontal plane. If a bed strikes north, it means it is oriented towards the north direction, but the strike angle could be any value (e.g., 0°, 45°, 90°, etc.), not necessarily 90 degrees.
east.
When waves from the southeast strike a beach that runs east and west, the longshore current is likely to move towards the west. This is because the waves approach the shore at an angle, causing water to flow parallel to the beach in the direction of the wave movement. In this case, the water would be pushed to the west as it returns to the sea, generating a longshore current that flows in that direction.
Yes.
The long shore current will typically flow parallel to the beach in a northeast or southeast direction following the direction of the incoming waves from the southwest. This current is generated as the waves push water along the shoreline, causing a movement of water in the same direction as the wave approach.
Two kinds of currents that wave action can cause near shore are "Longshore Current", which is the overall direction and movement of the waves that strike the shore at an angle. The other kind of current is "Rip Currents", which are narrow streams of water that break through sandbars and drain rapidly back to sea.
To find strike and dip on a contour map, locate a layer boundary that is perpendicular to the strike. The dip direction is the direction that the layers are dipping towards. The dip is the angle at which the layers are inclined from the horizontal.
very likely.
Waves striking the beach can produce erosion, as the force of the water can wear away the shoreline over time. It can also create sediment deposition, where sand and other materials are deposited along the coast. Additionally, waves can generate sea foam from organic matter and air bubbles in the water.
most likely in a place near the ocean like hawaii
strike slip fault
A diode is a semiconductor device which allows current to flow in only one direction, thru its P-type and N-type junction. When current flows thru an LED, electrons strike material which releases photons, causing visible light to be emitted. See link.
A diode is a semiconductor device which allows current to flow in only one direction, thru its P-type and N-type junction. When current flows thru an LED, electrons strike material which releases photons, causing visible light to be emitted. See link.