Simply put, skeletons are similar because the organisms processing them arose from common ancestry. All mammals for instance, have skeletons that are quite similar because all mammal skeletons arose from common ancestry in the Mesozoic age.
These mammal skeletons are used in different manner by the entry of populations of organisms into different environments where individuals were selected along lines of adaptation to those different environments. Then the different populations of mammals arose with the very similar skeletons being used in very different ways.
Consider yourself, your dog, and whales to see the similarities in skeletal structure with vast differences in use.
Due to common evolutionary ancestors and them being genetically close to humans the skeletons are nearly identical. The differences are in bone sizes and dimensional variances such as in the skull, hand and feet.
Molecules synthesized from carbon skeletons bonded to hydrogen atoms include carbohydrates, lipids, proteins, and nucleic acids. These biomolecules are essential for various cellular functions and are the building blocks of life.
d) Carbon skeletons may be arranged in rings. Carbon atoms can form chains, branches, or rings in organic molecules. This diversity in structure allows for a wide range of organic compounds with different properties and functions.
There are many forms of skeletons for different animals. The differences of the human male and female skeletons are as follows. Several general differences exist between the male and female skeletons. The male skeleton is generally larger and heavier than the female. The female skeleton has a wider breast bone and narrower hips.
The hydras teeth were chucked into the ground which then reproduced skeletons (hydras children)
The skeletons of amphibians, like those of other vertebrates, are composed of bone and cartilage. They share a common structural organization, with a skull, vertebral column, and limb bones. Additionally, amphibian skeletons serve similar functions, providing support, protection, and facilitating movement. Despite some variations in specific adaptations, the fundamental similarities in skeletal structure reflect shared evolutionary ancestry among vertebrates.
they have more bones
Due to common evolutionary ancestors and them being genetically close to humans the skeletons are nearly identical. The differences are in bone sizes and dimensional variances such as in the skull, hand and feet.
The five functions of the skeleton are Protect Vital organs ,storage Of calcium, movement Via mustle attachment, provide Shape, and productions of blood cells.
Frogs have smaller bones then humans.
They're hollow.
In addition to having a different arrangement, the bones of a pelican are hollow, which is a characteristic shared by all birds. The bones of humans and other mammals are not hollow but filled with marrow.
Molecules synthesized from carbon skeletons bonded to hydrogen atoms include carbohydrates, lipids, proteins, and nucleic acids. These biomolecules are essential for various cellular functions and are the building blocks of life.
d) Carbon skeletons may be arranged in rings. Carbon atoms can form chains, branches, or rings in organic molecules. This diversity in structure allows for a wide range of organic compounds with different properties and functions.
Yes, elephants do have skeletons.
what is a group of skeletons called
Coral are tiny little animals. Their skeletons form reefs.