Question
Here is the question : BABIES ARE BORN WITH HOW MANY BONES?
Option
Here is the option for the question :
- 52
- 138
- 300
- 400
The Answer:
And, the answer for the the question is :
Explanation:
Newborns, despite their small stature, have a greater number of bones than adults. Babies’ bones are made entirely or partially of cartilage; as calcium intake increases, cartilage is slowly replaced by bones, and some bones fuse together to create larger bones. It is recommended that individuals wait until they are 25 years old to finish this process. Adults have a total of 206 bones in their bodies.
Babies are born with approximately 300 bones in their bodies. This may seem like a lot, but it is actually more than adults have. Over time, many of these bones will fuse together, resulting in the 206 bones that are typically found in the adult human body.
The reason for this difference in the number of bones is related to the developmental process. During fetal development, many of the bones in the baby’s body are not fully formed and are instead made up of soft, pliable cartilage.
As the baby grows and develops, these cartilage structures begin to ossify, or harden, into bone. In some cases, two or more bones may fuse together to form a single bone, which is why the number of bones in the adult body is lower than in the newborn.
While the number of bones in the body changes over time, the basic structure and function of the skeletal system remains the same. The bones provide support and protection for the body’s internal organs, as well as allowing for movement and flexibility.
the skeletal system also includes other structures such as joints, ligaments, and muscles, which all work together to allow for movement and mobility.
babies are born with approximately 300 bones in their bodies, which will fuse together over time to form the 206 bones typically found in the adult human body. While the number of bones changes over time, the basic structure and function of the skeletal system remains the same, providing support, protection, and mobility for the body’s internal organs and systems.