Capillarity

The capillarity of the cloth helped to absorb the excess oil from the fried food.

The capillarity of the concrete caused it to absorb moisture, leading to cracks.

The capillarity of the wick enabled the candle to burn continuously.

The capillarity of the wick helped to distribute the liquid in the candle.

The capillarity of the sponge made it ideal for cleaning dishes.

The capillarity of the fabric made it ideal for use in diapers.

The capillarity of the clay made it an effective material for making pottery.

The capillarity of the paper towel made it effective in cleaning up spills.

The success of the ink pen depends on the capillarity of the nib.

The capillarity of the sponge allowed it to absorb a large amount of water.

The capillarity of the soil determined the rate of water infiltration and plant growth.

The capillarity of the filter paper separated the liquid and solid components of the mixture.

The plant's roots take advantage of capillarity to absorb water from the soil.

The capillarity of the waffle cone made it a popular choice for serving ice cream.

The capillarity of the concrete used in the construction allowed it to absorb water and prevent cracks.

The capillarity of the soil allowed the water to seep in deeply.

The ability of a liquid to fill in the narrow spaces of a porous material is a result of capillarity.

Capillarity can cause oil to rise through tiny cracks in rocks and contaminate groundwater.

Capillarity allows water to move through soil, providing moisture for plant growth.

The rise of liquid in a narrow glass tube demonstrates capillarity.

Capillarity is the reason why ink is drawn up through the narrow tip of a fountain pen.

Capillarity is responsible for the absorption of ink by a fountain pen.

The ability of a water droplet to spread across a surface is due to the balance between surface tension and capillarity.

The ability of a sponge to absorb water is due to capillarity.

Capillarity vessels are responsible for exchanging gases and nutrients between blood and tissues.

Diabetes can damage capillarity vessels in the kidneys, leading to kidney failure.

The capillarity walls are thin enough to allow for the exchange of small molecules.

Capillarity vessels are responsible for the exchange of nutrients and waste products between blood and tissues.

Capillarity density can vary depending on the metabolic demands of different tissues.

Exercise can increase capillarity density in muscle tissue.

Capillarity loops allow for gas exchange in the lungs.

Capillarity permeability can be affected by inflammation or injury.

The capillarity bed in the liver is responsible for filtering blood.

The capillarity network in the lungs allows for the exchange of oxygen and carbon dioxide.

The capillarity circulation is essential for maintaining homeostasis in the body.

Capillarity networks help regulate blood flow and pressure in the body.

The moisture in the soil rises to the surface through capillarity.

Capillarity is used in the manufacturing of microfluidic devices for various applications.

The ink spreads on the paper due to capillarity.

The blood moves through tiny vessels in our body by capillarity.

The capillarity of water allows it to move up through a plant's stem.

The rise of oil in a lamp wick is due to capillarity.

The capillarity of oil can be measured by observing its rise in a narrow tube.

The capillarity of a paper towel determines how well it absorbs liquid.

The capillarity of the sponge allowed it to absorb water rapidly.

The capillarity of the dental floss affected its ability to clean between teeth.

The capillarity of the rock influenced the flow of water through the underground aquifer.

The movement of groundwater is influenced by capillarity.