sea anemone possess hydrostatic skeleton . Its cavity is filled with seawater to extend its body and tentacles . The sea anemone closes its mouth and contracts its muscle fibres that are arranged in circles around its body . The contraction of these circular muscles put pressure on liquid of the body cavity . This pressure forces the body to maintain upright position
Yes, the earthworm does have a front and back.
not QUITE sure... but maybe because the earthworms have rings around their bodies which makes them stronger. sorry if that is not what you wanted to know!
The piles of soil are the worm casts, (faeces) which the worm excretes after feeding. These may be pushed to the surface as the worm clears out his tunnel or deposited on the surface as the earthworm feeds above ground. As the worm will not venture far from its burrow it might explain as why they are situated around the opening of the hole.
explain DRAM architecture with block diagram?
Explain is a verb.
Barney
Yes, the earthworm does have a front and back.
Hydrostatic pressure is the pressure exerted on a fluid at rest due to the weight of the fluid above it. It is directly proportional to the depth of the fluid and the density of the fluid. In a column of fluid, the pressure increases with increasing depth due to the weight of the fluid above pushing down.
Inside you. It is not 'on' your body. it is 'in' it! I can be more specific if you explain the purpose fo the question and what you really want to know?
Inside you. It is not 'on' your body. it is 'in' it! I can be more specific if you explain the purpose fo the question and what you really want to know?
No - ALL snakes are vertebrates ! They have a complete skeleton - including skull, ribs and spine.
1) Moving Soil Materials 2) Pollutants At Top Soil 3) Erosion 4) Destroy Earthworm Paths
convergent evolution
There is no real way of telling but usually you can tell by looking at it though a microscope a multicellular organism is usually larger in size than most unicellular objects
not QUITE sure... but maybe because the earthworms have rings around their bodies which makes them stronger. sorry if that is not what you wanted to know!
Having more light-sensitive cells in the anterior and posterior segments allows the earthworm to sense light and darkness in its environment, helping it avoid predators and seek shelter more effectively. This also aids in regulating its movement patterns, as earthworms tend to migrate towards darker, moister areas for survival.
The earthworm's circulatory system, which consists of blood vessels, helps transport oxygen from its skin to its cells. The earthworm's respiratory system, which involves breathing through its skin, allows for the exchange of oxygen and carbon dioxide at the cellular level.