A turbidity current is denser due to the sediment it carries, causing it to sink beneath the clearer, lighter water. This density difference results in the turbidity current flowing along the seafloor, transporting sediment and creating undersea canyons and deposits.
You can control turbidity in water by using techniques such as filtration, settling, or chemical coagulation. Filtration involves passing water through a filter medium to remove suspended particles. Settling allows particles to settle to the bottom of a container before removing clear water from the top. Chemical coagulation involves adding chemicals to water to bind particles together, making it easier to remove them.
When light hits clear plastic, the material allows the light to pass through without significant distortion or absorption. This results in the plastic appearing transparent, allowing objects behind or beneath it to be visible. The light may also be reflected or refracted, depending on the angles and surface characteristics of the plastic.
If something is transparent, it does not have a specific color of its own. It allows light to pass through without any significant absorption, so it appears colorless or takes on the color of objects behind or beneath it.
Please re-ask your question so that it is more clear what you want to know.
Of course, since you can't see current, any answer would be imaginary. How about this one: Electrical current consists of charged particles (electrons) flowing through a conductor, such as a wire. AC current alternates, or changes direction, several times a second. We need some particles. Let's use sand. For our conductor, how about a length of clear plastic pipe (clear so we can see what's happening). Put some of the electrons (sand) in the wire (pipe). Shake the pipe back and forth, back and forth, etc. so the sand travels one way, then the other. That makes you the generator! If you watch the middle of the pipe, you see the particles flow first one way, then the other. Voila! AC current flow.
Turbidity in sand can be tested by taking a sample of the sand and mixing it with water in a clear container. After stirring the mixture, observe how quickly the water clears up — the longer it takes for the water to clarify, the higher the turbidity of the sand. Additionally, turbidity can also be measured using a turbidity meter, which provides a numerical value of turbidity in nephelometric turbidity units (NTU).
The driving force of a turbidity current is obtained from the sediment, which renders the turbid water heavier than the clear water above.Turbiditycurrents are an example of density or Gravity_current
Clarity or turbidity
This is 'turbidity' and is measured in 'ppm' when you have a water sample analysed in a lab.
Turbidity currents are not associated with clear water conditions or low sediment concentrations.
The name of the membrane that surrounds the yolk of an egg is the viteline membrane. This membrane is clear in color.
Amniotic fluid Is a clear, slightly yellowish liquid that surrounds the unborn baby during pregnancy.
Clear-cut logging, as with any logging, can speed up soil erosion, which can increase the turbidity of water and, in large quantities, can impact the river's depth and flow.
turbulent flow- is when a fluid say in a stream becomes non-streamline, water currents stop being parallel and begin to move in random directions this makes it so sediments are eroded faster and stay suspended longer a turbidity current- is a kind of density current (it is denser than the surrounding water due to the suspended sediments) the moves down slope along the bottom of a body of water (ocean or lake) generally generated by short term catastrophic events (land slides, earthquakes, volcanoes,) a turbidite- is a sedimentary structure made by a turbidity current: there are two kinds high-density currents (lots of sediments greater than about 25% grains) which form think turbidite successions of sand and gravel (these are poorly graded and generally poorly sorted); and low-density flows tend to present the Bouma sequence in defined beds and laminations didn't sign in for the first time...
Swim parallel to the ocean shore until clear of the current
With a turbidity reading of 57.0 NTUs, the water quality would be classified as poor. High turbidity indicates the presence of suspended particles, which can negatively affect aquatic life and overall water quality. The absence of vegetation along the riverbanks likely contributes to increased erosion and sedimentation, further muddying the water.
You can control turbidity in water by using techniques such as filtration, settling, or chemical coagulation. Filtration involves passing water through a filter medium to remove suspended particles. Settling allows particles to settle to the bottom of a container before removing clear water from the top. Chemical coagulation involves adding chemicals to water to bind particles together, making it easier to remove them.