Yes, the exoskeleton and wings do help insects to be a successful species. The hard exoskeleton protects internal organs and while wings allow movement.
Insects do not have a backbone, they have an exoskeleton. Most insects have wings. Therefore insects have no backbone, but they do have wings.
Not at all, as insects are among the most succesful flyers on the planet and they all have an exoskeleton. They actually used part of it to make their wings.
Insects that have wings can fly. They fly with their wings like birds.
Insects develop wings during their growth and development process known as metamorphosis. The wings form as specialized structures during the pupal stage of metamorphosis and are folded up under the exoskeleton until they are ready to be used for flight.
Flying insects evolved by at least the Carboniferous period, around 350 million years ago. Some of the earliest flying insects were primitive forms such as dragonflies and mayflies, which developed wings for flight and became successful aerial species.
Grasshoppers, like all other insects, have an exoskeleton.
Insects by definition have no backbones.Instead of endoskeletons (bones within flesh, as have mammals, fish, etc) adult insects all have exoskeletons(hard shells surrounding flesh)
The cockroach anatomy consist of three main parts including the head, the thorax, and the abdomen. Some have wings, called vestigial wings, that are normally not developed allowing flight.
Because they have a exoskeleton so it gives them wings.
Because they have a exoskeleton so it gives them wings.
3 body parts one pair of antennae compound eyes mandibles thorax exoskeleton open circulatory system
Three body parts head, thorax and abdomen. 6 legs, 4 wings (in at least one aspect, such as the queen ant), and an exoskeleton.