Capillarity

The capillarity of soil determines how well it retains water.

The capillarity of the wood affected how well it absorbed the wood stain.

The capillarity of the membrane in the dialysis machine affected the efficiency of the process.

The capillarity of the soil was responsible for the plants' ability to absorb water.

The capillarity of the concrete affected its ability to resist water penetration.

The capillarity of the material determined its suitability for use in medical applications.

The capillarity of the sponge made it effective at absorbing the detergent.

The capillarity of the paper towel allowed it to quickly soak up the spilled water.

The capillarity of the filter paper played a crucial role in the separation of different components of a mixture.

The capillarity of the material used for making the wick of a candle determined the rate of combustion.

The effectiveness of soil irrigation depends on capillarity.

The capillarity of paint affects how it spreads on a canvas.

The way plants absorb water and nutrients from the soil is due to capillarity.

Capillarity plays a crucial role in the functioning of the human kidney.

The movement of liquid through a dialysis membrane is due to capillarity.

Capillarity is what allows a towel to soak up water from a surface.

The phenomenon of capillarity is used in some medical diagnostic tests.

Water rises up the sides of a narrow glass tube because of capillarity.

The capillarity of blood is necessary for proper circulation in the human body.

The way paint moves up a brush is due to capillarity.

Capillarity is responsible for the movement of water through plant roots.

The capillarity of the soil affects the way water is absorbed by plants.

Measuring the capillarity of oil can help predict its behavior in oil spills.

The capillarity of the liquid was used to measure its surface tension.

Capillarity is often used in the medical field to measure the surface tension of blood plasma.

The capillarity of the water allowed it to move up the stem of the plant.

The principle of capillarity is crucial in the design of inkjet printers.

Capillarity plays a role in the movement of water through plant roots.

The capillarity of the blood vessels helps to distribute nutrients throughout the body.

Capillarity is what allows a sponge to soak up water.

The capillarity of the ink caused it to spread out on the paper.

The capillarity of the sponge made it ideal for cleaning up spills.

The capillarity of the straw made it easy to drink the juice.

Capillarity plays a role in the movement of groundwater through soil and rocks.

Capillarity can cause groundwater to rise to the surface in some areas.

The capillarity of liquids is dependent on the size of the pores in the material.

The capillarity of soil affects how plants absorb water and nutrients.

Capillarity is important in inkjet printing technology.

Capillarity can be observed in the behavior of liquids in narrow spaces such as soil particles.

The capillarity of blood is essential for the functioning of the circulatory system.

Understanding capillarity is important in the design of microfluidic devices.

Capillarity is used in the measurement of surface tension.

Capillarity affects how water moves through a plant.

The capillarity of water allows it to climb up a narrow glass tube.

The concept of capillarity is used in inkjet printing technology.

Understanding capillarity is essential in designing fluid transport systems.

The capillarity of oil in a car engine is crucial for lubrication.

Capillarity is a phenomenon that arises due to the forces of adhesion and cohesion.

The capillarity of the plaster helped to evenly distribute the paint on the wall.

The capillarity of the dental floss allowed it to remove food particles from between teeth.