When liquid holdup occurs, the repeated boiling and condensation on which the separation depends is interrupted and distillation becomes less efficient.
Liquid
Yes. A liquid turns into a gas when the particles speed up. When the particles in the liquid start going at a faster speed than the forces of cohesion in the liquid can hold them in the liquid and the air pressure can continue to push them into the liquid, they leave the liquid.
You can use acrylic liquid cement for acrylic to acrylic bonding, but the cement has to be designed specifically for these materials. Standard liquid cement will not hold.
A liquid follows the form of its container because its particles are far apart and there for do not hold any specific shape.
When a liquid is held in a vessel, the water adheres to the side of the vessel. So when the amount of liquid held by the vessel is less than the full amount the vessel will hold, the liquid level rises where it touches the vessel. It "sticks" to the side of the vessel hard enough to be above the top of the liquid. This is called a negative meniscus. When the level of the liquid is higher than the top of the vessel (but doesn't overflow the top due to the surface tension of the liquid), then there is a positive meniscus.
condenser
A distillation adapter has one primary use. That primary use is in organic chemistry processes. It is meant to hold a thermometer to determine boiling point.
Liquid
A tap does not hold any liquid. The liquid simply passes through it.
it can hold about 8-10 liters of liguid but to a regular liquid container
the dimond shape things help t hold the mositer and that how paper towels hold thir liquid
the brand=of diapers I==think can't hold the most liquid is huggies=
a liquid is not solid of gas it is not something u can hold its a liquid and u can see it
Which measure is most reasonable for the amount of liquid a bowl will hold
'Liquid Hold-up' in a distillation column refers to down-coming liquid (liquid traffic travelling down the column) becoming trapped in the column's packing material. Packing material is used in distillation columns to increase the contact efficiency between the down-coming liquid stream(s) and the up-flowing vapour stream(s). The packing materials do this by increasing the surface-to-volume ratio over which the vapour and liquid streams come into contact in order to promote separation between the more volatile and less volatile components in the column. The down-coming liquid can become trapped in the packing material for a number of reasons. One example is when liquid becomes trapped in crack formations or fractures of the packing material (which can occur during normal or non-steady state column operation). When the liquid becomes trapped in these cracks/crevices, contact with the up-flowing vapour stream becomes non-existent and the liquid is literally 'held up' from travelling down the column.
Any type of matter that does not hold shape but does hold its volume.
500ml