I think it is almost like our back.
It connects all of our body parts together.
Provides support for the frogs head
This riddle is a play on words. The answer is not an animal; rather, it's a "frog wearing a backpack."
A frog is an amphibian with a smooth, slick, cool, and segmented body. A segmented body helps with longer, easier movements when jumping.
In frogs, the transversus abdominis muscle is a thin, flat muscle located in the abdominal region. It runs horizontally across the abdomen and helps with trunk flexion and compression of the abdominal viscera. It is part of the muscle group responsible for supporting and stabilizing the frog's body during movement.
Frogs have a streamlined body shape that is adapted for swimming and jumping. They have long hind legs for leaping and short front legs for stability on land. Frogs also have a wide head, bulging eyes, and a wide mouth for catching prey.
It is a bone that lies at the base of the stapes and is joined to the shoulder girdle by a thin muscle known as the operscularis. It may form part of a special system that provides information to the frog on the degree of twisting between its head and trunk region. It is therefore likely to assist in balance control.
A bouncing elephant. or a frog with a trunk. or an elephant that croaks.
Some of the body parts that are visible on the dorsal surface of a frog include the head, trunk and limbs. Other parts are the external nares, the tympanic membrane and the anus.
This riddle is a play on words. The answer is not an animal; rather, it's a "frog wearing a backpack."
I'm unable to view images. However, the muscular system of a frog includes muscles covering the skeleton, such as the pectoral muscles, abdominal muscles, and hind limb muscles. These muscles work together to allow the frog to move, jump, and catch prey.
A frog is an amphibian with a smooth, slick, cool, and segmented body. A segmented body helps with longer, easier movements when jumping.
In frogs, the transversus abdominis muscle is a thin, flat muscle located in the abdominal region. It runs horizontally across the abdomen and helps with trunk flexion and compression of the abdominal viscera. It is part of the muscle group responsible for supporting and stabilizing the frog's body during movement.
The body structure, or anatomy, of the frog is very similar to the anatomy of man. Both man and the frog have the same kinds of organs and systems of organs. The frog's anatomy, however, is much simpler. As in other higher vertebrates, the frog body may be divided into a head, a short neck, and a trunk. The flat head contains the brain, mouth, eyes, ears, and nose. A short, almost rigid neck permits only limited head movement. The stubby trunk forms walls for a single body cavity, the coelom. Man's internal organs are housed in one of three distinct hollow cavities--the chest, the abdomen, and the pelvis. The human chest is separated from the abdomen by a powerful muscular partition, the diaphragm. There is no such partition in the frog's coelom. All the frog's internal organs--including the heart, the lungs, and all organs of digestion--are held in this single hollow space.
Frogs have a streamlined body shape that is adapted for swimming and jumping. They have long hind legs for leaping and short front legs for stability on land. Frogs also have a wide head, bulging eyes, and a wide mouth for catching prey.
it is a frog it is a frog it is a frog
It is a bone that lies at the base of the stapes and is joined to the shoulder girdle by a thin muscle known as the operscularis. It may form part of a special system that provides information to the frog on the degree of twisting between its head and trunk region. It is therefore likely to assist in balance control.
tree frog , poison dart frog , and a glass frog
a trunk