Straight
A camel has a spine, therefore, a camel is a vertebrate.
Straight
Camels chew in a figure 8 shape. If you read national geographic KIDS, you would know, too!
yes
a curve in the spine almost like an s' shape
It is not normal for your spine to stick out. If you notice any unusual protrusions or changes in the shape of your spine, it is important to consult a healthcare professional for evaluation and advice.
One main difference between one hump camels (dromedaries) and two hump camels (Bactrian camels) is the number of humps on their backs. Dromedaries have one hump, while Bactrian camels have two humps. Additionally, dromedaries are found in North Africa and the Middle East, while Bactrian camels are native to Central Asia. These camels also have different adaptations to their environments, such as the shape of their humps and the thickness of their fur.
A newborn baby's spine is primarily C-shaped, lacking the natural curves found in an adult's spine. As babies grow and begin to lift their heads and sit up, the spine develops the cervical and lumbar curves, creating an S-shape that aids in balance and weight distribution. This transformation is essential for supporting the body's upright posture and facilitating movement. Overall, the shape of the spine evolves significantly during the first few years of life.
One-hump camels, also known as dromedaries, have a single hump on their back, while two-hump camels, known as Bactrian camels, have two humps. The humps store fat, which provides energy for the camels in harsh desert environments. Additionally, dromedaries have longer legs and a sleeker body shape compared to Bactrian camels.
bilateral. meaning that they are symetric about a line drawn down their spine.
Because camels are camels
Yes, camels are vertebrates. They belong to the class Mammalia, which means they have a backbone or spine, characteristic of vertebrate animals. Camels are part of the family Camelidae and are well-adapted to their environments, particularly in arid regions. Their vertebrate structure supports their unique adaptations for survival, such as their ability to store fat in their humps.