A centrifuge separates out blood components by their various densities. The red blood cells (RBCs) are denser and move to the bottom of the tube. The plasma fraction is the least dense and will float as the top layer. The "buffy coat" which contains the majority of platelets will be sandwiched between the plasma and above the RBCs.
A centrifuge is used to separate the blood because it is more accurate than just letting the blood being separated by itself.
This is due to the fact that each layer represents a component of blood, so all of the layers together make up the components of the mixture we call blood.
Mostly time (and besides, blood clots).
Beans
Cantrifuge
settle
nothing
Centrifuge
immiscible heavy solid particles in a liquid which could settle down when mixed together
Because it won't settle out flat (horizontally) by itself. It has its own property called "angle of repose".
settle
nothing
Centrifuge
Cool it. Various components will settle out (liquefy) separately.
Gravity and Centrifugal force causes the layers to settle, in a similar way to why a centrifuge causes blood in a test tube to split into different groups of material like platelets ect.
Blood is typical separated by a centrifuge. This is a device which rotates the blood in a tube at a sufficient speed so that sedimentation causes its particles to separate from their suspension. When rotation stops, the substances settle toward the bottom according to density, leaving three major distinct stripes: plasma, white blood cells, and red blood cells.
Blood is typical separated by a centrifuge. This is a device which rotates the blood in a tube at a sufficient speed so that sedimentation causes its particles to separate from their suspension. When rotation stops, the substances settle toward the bottom according to density, leaving three major distinct stripes: plasma, white blood cells, and red blood cells.
Centripetal acceleration is the force inwards on an object moving in a circular motion.A centrifuge uses an acceleration (in terms of g, which is the acceleration due to gravity) that is specified by the user. A centrifuge uses 2 rotors at the same rotational speed but with different diameters to create 2 different accelerations.Particles of different masses will separate in the centrifuge because they move at different speeds due to acceleration.
It is important to let the sand settle at the bottom of your beaker so that the sand is separated from the liquid.
A solution is a homogenous mixture (the ratio of the solute to the solvent is the same throughout the entire mixture). This is in contrast to a heterogeneous mixture (such as blood), in which you can filter out different constituents via a centrifuge or simply allowing the mixture to settle. In the case of a solution, the solute will never settle out (the solute will not separate from the solvent).
Colloids are mixtures whose particles are evenly distributed and will not settle out. To separate them requires a centrifuge or similar device.
I doubt it..They either love you or they settle.