The exoskeleton of a grasshopper gives it its form. This allows the grasshopper to be protected and to move as quickly as it does.
The grasshopper has an exoskeleton
The exoskeleton is very flexible which allows grasshopper to move with ease. The organs of the grasshopper are protected by the exoskeleton,
The grasshopper has an exoskeleton to support it's body. The exoskeleton, which is comprised of chitin, also helps protect the grasshopper.
A grasshopper has a hard exoskeleton. This exoskeleton cannot grow or stretch. So, as the grasshopper grows, it must shed its exoskeleton. This is called molting. When a grasshopper is ready to molt, it climbs onto a leaf or a branch. It may even hang upside down. Slowly, the grasshopper slides out of its old exoskeleton. Underneath, the grasshopper has a new, soft exoskeleton. The grasshopper puffs up with air. This makes its body bigger while the new exoskeleton hardens.
an exoskeleton
Yes
The exoskeleton of a grasshopper serves as a layer of protection, support, feeding, and excreting. It is flexible to allow the grasshopper to move easily.
Grashopper do not actually have bones at all, as they possess what is called an exoskeleton. This exoskeleton is on the outside of the grasshopper and is made of various proteins, lipids and chitin.
The Exoskeleton
When the Grasshopper grows, its exoskeleton becomes to small. The grasshopper molts so it can grow a new larger exoskeleton.
A grasshopper has an exoskeleton, the hard shell on the outside of its body.
Like all arthropods, the grasshopper is protected by a chitinous exoskeleton.