US
・UK
And this is largely due to capillary action.
This capillary action actually creates negative pressure within the soil, compared to the ambient air pressure.
This is called capillary action, and it's what allows water to climb tree roots and nutrients to flow around our body.
This is called capillary action, and
That really cool thing that just happened is called capillary action.
That really cool thing that just happened is called capillary action, and explaining
If the substance is liquid or semi-liquid, the fly can use its labellum to absorb the substance through capillary action, much like a sponge soaking up liquid.
If the substance is liquid or semi-liquid, the fly can use its labellum to absorb the substance through capillary action.
It's also the reason capillary action happens.
The same process, called capillary action, allows plants to move water from deep below the ground to nourish the leaves and branches that grow in the sunshine.
Some of the solution will rise up into the tube by capillary action,
It does this by capillary action, just like we saw with the capillary tubes,
This is an example of something called capillary action, which is when a liquid flows through a material because of attractions between the liquid molecules and the surface of the material.
We can also see capillary action occurring when we dip a narrow glass tube into water.
You'll see the liquid travel upwards due to capillary action.