To catch any fish that happened to be swimming near the water's surface that got swept up by the swell.
the dolphins eat their prey with their snobs
That is the correct spelling of the verb "glide" (through the air or across a surface).
When a concave surface is moving the roll and the glide occur in the same direction and that when a convex surface is moving the roll and glide are opposite. Here's an example: If the tibia moves on the femur since it is a concave surface it is said the glide is anterior only; however, is the motion is closed chain and the femur is moving on a stationary tibia then the femur which is a convex surface glides posterior and rolls anterior on the tibia's plateau. hope this helps!
Their head is shaped like narrow, V shaped so as they swim the waters glide side of their head.
Water striders have adaptations such as hydrophobic hairs on their legs that trap air, allowing them to float on water's surface tension. Their long legs help distribute their weight and prevent them from breaking the water's surface. Additionally, their bodies are streamlined and lightweight, enabling them to glide effortlessly on the water's surface and capture prey.
Fill it wit tar/asphalt and smooth it out on a hard surface.
In general usage, "slide" typically implies movement along a smooth surface, while "glide" suggests a smooth and effortless movement through the air or over a surface. Slide can also involve a more friction-based movement, whereas glide is often associated with a more graceful or elegant motion.
Flying fish have specially adapted pectoral fins that enable them to glide above the water's surface. They gain momentum by swimming quickly near the water's surface and then launch themselves into the air, using their fins to glide for up to hundreds of meters. This behavior helps them evade predators and travel long distances.
Because if there are no rough edges then there is less resistance.
Planarians move by expanding and contracting their bodies as they grip a surface.
Jumping water bugs move across the water's surface effortlessly due to their unique leg structure and the surface tension of the water. Their long, thin legs distribute their weight evenly, allowing them to glide on the water without breaking the surface tension. This combination of leg design and water properties enables them to move quickly and smoothly across the water.
Examples of glide reflections include sliding a shape along a line while also reflecting it across that line. For instance, sliding and reflecting a triangle across a mirror line simultaneously creates a glide reflection. Another example could involve sliding and reflecting a letter along a surface, resulting in a glide reflection transformation.