Because the water particles are bumping into each other. One his another, and pushes it forward. The water particles are really barely moving. If the particles actually moved with the wave, then all the water in the oceans would be piled up on the coast lines, in theory. Its like a human wave at a football game... The particles (or people) are making a chain reaction.
The wave propagates through the water; the water itself has no lateral movement. The movement of the water in a wave is almost entirely up and down.
Because by moving bumping into each other and pushing another is pushed
In a water wave, the individual water particles basically don't move - the movement, or energy, is transferred from one group of particles to the next.
The answer is true.
Dengue mosquito eggs are not floating on the surface of the water, instead the eggs are located just right beneath the surface of water.
The Coriolis Effect causes water to be pushed onto shore and when the water on the surface of the sea becomes denser than the water beneath it, it sinks.
It's not a reaction, it is either the difference in density or the effect of the surface tension of the water
Water lilies float on the surface of the water to be pollenized by insects. The plant can get nutrients from the water and soil. Floating in the water, the plant is not eaten by mammals so it survives very well.
The wave travels through the water without moving the water with it (the water moves but then as the wave passes the water moves back to where it was). The floating leaf stays with the water as the wave passes on its way to the shore.
The oil is not repelled. It is floating on the surface of the water as a thin film. Water has very high surface tension, but when soap or detergent is added to water that surface tension suddenly drops. The water surface now contracts like a punctured rubber sheet toward the remaining area of high surface tension, dragging the oil film floating on its surface with it.
When its time to sleep, a loggerhead will wedge under a rock close to the shore, or take a snooze while floating on the surface of deep water
invection
Yep it sure does :) (:
The answer is true.
The buoyant force pushes you toward the surface.
Floating plants protect small water animals by floating near the surface of the water and preventing birds from eating or harming the animals underneath.
water travling toward a shore
An off shore brease.
It is about to die.
An undertow flows away from the shore, toward the open water.