The nervous system of cnidarians helps them respond to stimuli and interact with their environment by transmitting signals between different parts of their body. This allows them to sense their surroundings, move towards food or away from danger, and coordinate their actions.
Cnidarians typically exhibit radial symmetry, meaning they are shaped like a wheel spoke with multiple identical parts radiating out from a central point. This symmetry allows them to respond to stimuli from all directions equally and efficiently capture prey in their aquatic environment.
Jellyfish typically have radial symmetry, with their body parts arranged around a central axis. This allows them to be able to respond in any direction to their environment.
Yes, jellyfish have eyes, but they are simple and do not have a complex structure like human eyes. Jellyfish use their eyes to detect light and shadows, helping them navigate their surroundings and respond to changes in light levels.
Yes, jellyfish have eyes, but they are simple and do not have a complex structure like human eyes. Jellyfish use their eyes to detect light and shadows, helping them navigate their surroundings and respond to changes in light levels.
Jellyfish do not have eyes like humans, but they can sense light and movement in their surroundings using specialized cells called photoreceptors. This allows them to navigate and respond to their environment, but they do not have the same visual capabilities as animals with eyes.
No, pizza is dead. Only living things respond to their environment
No they can reproduce if they come across a host cell but cannot respond to their environment
All living things can respond to stimuli, but they may not "feel" in the way we do.
Living things can respond to the environment surrounding them. They are sensitive to their environment, and they can interact with it. Some living things can change their environment as well.
It respond by changing flow of water .
no