Organisms such as insects, crustaceans (e.g. crabs, lobsters), and arachnids (e.g. spiders, scorpions) have an exoskeleton. This external skeleton provides support and protection for their bodies.
Advantages of having an exoskeleton include increased strength and protection for the wearer. However, a disadvantage is that exoskeletons can be bulky and restrictive, limiting mobility and agility.
An insect, such as a bee or a dragonfly. These organisms have wings that enable flight and an exoskeleton for protection and structural support.
No arthropods are organisms with a hard exoskeleton goats have a bone skeleton
There are many advantages to a grasshopper having an exoskeleton. It makes them less desirable to predators and helps protect them from falls and things falling on them.
advantages of human beings are complex organisms
Corals are organisms that live in colonies of polyps and secrete an exoskeleton of calcium carbonate. These structures form the framework of coral reefs, providing habitat for a diverse array of marine life.
the ant is better protecting it's interanl organs from outside harm.
Advantage - Protection Disadvantage - Movement
No, hydras do not have an exoskeleton. They are simple, soft-bodied organisms belonging to the phylum Cnidaria, which also includes jellyfish and corals. Instead of an exoskeleton, hydras possess a gelatinous body structure supported by a hydrostatic skeleton, which helps them maintain their shape and facilitates movement.
There is not really an advantage, unless u mean if the killer has an advantage, then it becomes a yes or no answer yes: they can easily break exoskeleton if it is fragile no: you will be safe from harm
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).