The setae may be extended to anchor some segments to the burrow wall so the worm has something to push, or pull against, as it moves other segments through the soil.
Setae are feet like structures on each segment of a worm. They help the animal to gain traction on surfaces and aid in locomotion.
i think that pseudopodia function is related to motion ( amoeboid movement )
i think it's PR segment and not the PR interval because PR segment contains a straight line right after P wave offset which works best as a baseline for QRS complex, you can also use ST segment for the same purpose
I think you're looking for the term "compliment."
Think of the water-vascular system. the organs are: stone canal, ring canal, radial canals, ampullae, and the madreporite plate. i had this question on my 7th grade science lab? (:
A gene is a segment of deoxyribonucleic acid (DNA) that contains information for making proteins, which carry out traits that are passed down from a parent or parents that makes you look the way you look and even think the way you think.
Setae in annelids are stiff bristles present on the body. They help for example earthworms to attach to the surface and prevent backsliding during peristaltic motion. These hairs are what make it difficult to pull a worm straight from the ground. (finzio liflio)
I think the answer is the flagellum
The setae point backwards. They cling to the surroundings of the worm as it contracts its muscles to pull it along. They are what makes pulling an earthworm straight out of the ground difficult. Think of them as little hooks.
I think its the visceral muscle
Setae on an earthworm (an annelid) point backwards to add traction as it moves, especially if it is moving up soil or something. Think of it as hooks, essentially a source of friction, for the generally smooth worm as it moves using peristaltic motion.
(11.5,-4) i think
if it's between line segment or line, would it be line segment? i think line segment is the answer
yES, IT CAN IF YOU THINK ABOUT IT IT Can
I think it is Little Eva But I'm not sure that's all i can get off the internet
An earthworm's setae allow it to grab onto surfaces, which prevent it from sliding back during its odd pulsing movements. This shows it's very well-adapted to its environment, because these bristles only work at maximum potential when they support the entirety of the body, which only happens underground, where these worms live.
um i think.......
an ICT function is a meaning of a sum... i think