hair cells
ln the saccule and utricle, hair cells cluster within maculae, where their cilia contact the otolith (densely packed mineral crystals, called statoconia, in a matrix)
Particles tightley packed together do not change position PS trees
A solid that consists of densely packed atoms but lacks a crystalline structure is called an amorphous solid. A solid that is composed of microscopic crystals is said to be aphanitic.
Which sedments are closely packed
Crystals come in different shapes, determined by how the molecules of compounds from which they are made can be packed together. For instance a quarts crystal is hexagonal in shape, while galena and pyrites crystals are cubic. There are six different crystal shapes or forms determined by the axes and degree of symmetry of the crystal and the angles at which the axes intersect. Subordinate to the overall crystal shapes, many crystalline substances have within them planes of weakness along which the crystal may break these lines are related to the crystals symmetry and caused by how the molecules are aligned within the crystal. This is cleavage.
ln the saccule and utricle, hair cells cluster within maculae, where their cilia contact the otolith (densely packed mineral crystals, called statoconia, in a matrix)
Because, the atoms of solid very densly (closely) packed.
Because, the atoms of solid very densly (closely) packed.
in India you can't get packed mineral water
One adaptaion is densly packed fur. It keeps them warm,. Another is webbed feet which helps them swim. (?)
it is crystals
When energy changes form the molecules in the object become more or less densly packed. Thermal energy is also ALWAYS produced.
It forms a face-centered cubic crystals. Under pressure these change to hexagonal close packed (hcp) crystals.
Charles Edgar Busch has written: 'Potential energy models in close packed crystals' -- subject(s): Crystals
the movement is minimum because the particles in a solid, in this case shiny crystals of iodine, are tightly packed and therefore can not move alot.
Because a tin can is a solid the atoms are more densly packed therfore the sound wave travels faster through the atoms in a tin can as opposed to air where the atoms are spaced further Apart.
They look like blue and black crystals tightly packed together which forms a solid.