Surface tension is important to water striders because surface tension gives them the ability to float and not sink and drown.
The attraction that causes water and other liquids to form drops and thin films is cohesion. The attraction between oppositely charges ions results in the formation of an ionic bond.
carbon dioxide molecules
This is an intermolecular attraction of water molecules, associated by hydrogen bonds.
I believe it is dipole-induced dipole.
the moon pules the water, wind can also cause it
Water striders have tiny hairs on their feet that enables them to walk on the surface tension of water without getting wet.
Insects that are able to walk across the surface of water are called water striders. Water striders make use of the high surface tension of water together with their long, hydrophobic legs to stay above water.
Yes, frogs do eat water striders. Water striders are small insects that live on the surface of water, and frogs may prey on them as part of their diet. This can help control the population of water striders in certain habitats.
they are called water striders
yes all the time
Yes. Water Striders do it all the time.
batches up to 10
Water striders. --------------------------- they are commonly called waterbugs or water skaters
dragon flies and water striders
Water striders breathe through a set of small openings called spiracles located along the sides of their bodies. They primarily rely on the oxygen dissolved in the water, which they can access while resting on the surface. Water striders also trap a thin layer of air around their bodies, allowing them to extract oxygen from it when submerged. This unique adaptation enables them to thrive on the water's surface while efficiently obtaining the oxygen they need.
Yes, some fish do eat water striders. Water striders are a part of the diet of certain freshwater fish species, such as trout and bass, that feed on insects and other small organisms found on the water's surface.
Water striders are able to walk on water due to their unique physical adaptations. Their long, thin legs are covered in tiny hairs that trap air, creating a cushion that helps them stay afloat. This allows them to distribute their weight evenly and not break the surface tension of the water, enabling them to walk on its surface.