An animal (insect) with an exoskeleton still grows under its exoskeleton like any other animal (insect). The exoskeleton is like a suit of armor, when the animal (insect) grows to big to fit inside its exoskeleton it sheds it, and a newer exoskeleton will grow to fit the animal (insect).
No, which is why organisms with exoskeletons grow in stages and periodically molt them.
They shed their exoskeleton, and grow a new (larger) one.
No, The animal sheds out of the exoskeleton.
An animal (insect) with an exoskeleton still grows under its
exoskeleton like any other animal (insect). The exoskeleton is like
a suit of armor, when the animal (insect) grows to big to fit
inside its exoskeleton it sheds it, and a newer exoskeleton will
grow to fit the animal (insect).
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Ants
I'm pretty sure that it is the skeleton/skeletal system.
external fertilization
Plants are not able to support their own weight because they don't have an internal skeleton like animals do. Instead, they rely on external support structures like the cell wall, interlocking branches and roots, and external support from other plants or structures. Plants also lack muscles and therefore the ability to actively move and contract to support their own weight. The main reasons why plants can't support their own weight are: No internal skeleton Reliance on external support Lack of musclesWithout these key components, plants are unable to develop the strength and resilience to support their own weight.
Skeletons:All animals, including humans have skeletons. Humans have an internal skeleton. This means that our bones is on the inside of us. When an animal has an external skeleton it means that their skeleton is on the outside. These animals who have an external skeleton have what we commonly call shells. These shells are their skeleton which keeps their insides together. If you think of one of those big crabs and how there is a shell on the outside of them (not sea shells) this is their skeleton which is an external skeleton.
Arthropods are defined to be invertebrates that have an exoskeleton ( an external skeleton).
External, meaning outside. Thus, Outside(External) Skeleton.
The reason why some animals do and some don't is because of necessity. On land most animals have either an internal skeleton (with a backbone) or an external skeleton (beetles with shells). Underwater, however, animals like jellyfish and octopi have no need for backbones, because there is less of a pull from gravity. They have no real need for a backbone, so they don't grow one.
There is no one name for animals that do not have internal skeletons. Animals with an external skeleton are referred to as having an exoskeleton (adjective exoskeletal) and are commonly known as exoskeleton animals . There are many types of animals with exoskeletons, including crustaceans (crabs and lobsters) and insects such as grasshoppers and cockroaches. The shells of mollusks (snails, clams, etc) are also exoskeletons. In contrast to the internal skeleton, the external skeleton is not only designed to support but also protect the animal's body. An invertebrate is an animal that does not have a spine. Some invertebrates have exoskeletons, such as insects and crustaceans. Others, such as worms, slugs and jellyfish, have neither an internal nor external skeleton. Some animals, like the tortoise or turtle, have both an exoskeleton and an endoskeleton
They providestrength and support for the body.
Everything but bugs
External - Exoskeleton .
No, we have our bones inside our bodies.
No, some animals have an external skeleton like insects and crustaceans. Others have an internal skeleton like fish and birds and people. Some internal skeletons are made of cartilage like sharks and some are made of bone and cartilage together, like mammals.
On the outside. For example, wasps have an external skeleton.
nothing.