Question

how hydrostatic skeleton facilitates locomotion in soft bodies animals​

Answer 1

Answer:

Movement in a hydrostatic skeleton is provided by muscles that surround the coelom. The muscles in a hydrostatic skeleton contract to change the shape of the coelom; the pressure of the fluid in the coelom produces movement.

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Answer 2

Answer:

Hydrostatic configurations calculate fluid( substantially water) that's always under pressure. This is because there's a constant volume of fluid in an enclosed body space called the coelom or coelomic depression.

The fluid in the coelomic depression resists contraction, furnishing structure to the beast. Hydrostatic configurations do substantially in pets like worms, the cysts( submarine naiads ) of some pets, ocean anemones, and other Cnidarians( doormat- suchlike brutes).

Hydrostatic support is also set up in the organs of numerous types of creatures.

Humans use hydrostatic fluid to support their lingo movement, starfish use hydrostatic support to move their hundreds of fluid-filled tube- bases, squid and octopus use hydrostatic support to move their arms and legs, and numerous invertebrates like turtles.

Creatures with hydrostatic configurations calculate on muscles to give structure and support as well as movement. As you know, muscle filaments don't stretch on their own. In hydrostatic configurations, muscles bear a negative system of compression and relaxation by moving fluid around.

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