Hydra is an animal. Animals never have chloroplasts
Hydra or Hydra
Hydra cannot produce food by itself because it lacks the necessary structures for photosynthesis, such as chloroplasts. Instead, it is a carnivorous organism that primarily feeds on small aquatic animals like zooplankton and insect larvae. While hydra has a symbiotic relationship with certain algae in some species, it relies on these external food sources for energy and nutrients. Thus, it is heterotrophic rather than autotrophic.
The main difference between Hydra 10 and Hydra 20 is their capacity. Hydra 10 has a capacity for 10 gallons, while Hydra 20 has a capacity for 20 gallons. This means Hydra 20 can filter a larger volume of water compared to Hydra 10.
No , hydra shows both sexual and asexual reproduction .
Hydras most commonly reproduce by budding in which as small juvenile, "polyp", grows on the stalk of it's body. When the polyp has matured, (or when the parent hydra dies), it will break off as a free swimming juvenile. In rare occasions, hydra reproduce sexually.
Hydra or Hydra
Hydra cannot produce food by itself because it lacks the necessary structures for photosynthesis, such as chloroplasts. Instead, it is a carnivorous organism that primarily feeds on small aquatic animals like zooplankton and insect larvae. While hydra has a symbiotic relationship with certain algae in some species, it relies on these external food sources for energy and nutrients. Thus, it is heterotrophic rather than autotrophic.
In hydra -_-
hydra
A hydra does not have cephalization.
no,hydra have no organ
No a hydra is not a fish. A fish is a vertebrate. A hydra is much more primitive.
No a hydra is not a fish. A fish is a vertebrate. A hydra is much more primitive.
The main difference between Hydra 10 and Hydra 20 is their capacity. Hydra 10 has a capacity for 10 gallons, while Hydra 20 has a capacity for 20 gallons. This means Hydra 20 can filter a larger volume of water compared to Hydra 10.
Lernaean Hydra.
Hydra is a eukaryote
how do hydra move