because they both contain air
The food tube (esophagus) and air tube (trachea) are both tubular structures located in the human body, with the esophagus carrying food from the mouth to the stomach and the trachea carrying air to and from the lungs. They both play crucial roles in the respiratory and digestive systems, ensuring that the body receives the necessary nutrients and oxygen for survival.
Every cell in the body operates on the requirement of a specific saline content. Despite the fact that animals have been on land for hundreds of millions of years, each cell must be bathed in saline solution nearly the same as that found in the oceans.
The articular capsue containing synovial fluid inside.
When you sneeze, air can leave your body at speeds of up to 100 miles per hour.
Tiny Oval bodies containing cholorphyll are chloroplasts..
Your body is similar to the can containing air in that both are closed systems that can maintain internal pressure. Just as the can holds air and can change shape based on external forces, your body maintains its shape through muscle and skin tension while responding to external pressures, such as gravity or physical impact. Both systems also rely on their internal contents to function properly, with air providing pressure in the can and fluids and gases playing essential roles in bodily functions.
A large body of air with similar temperatures and moisture throughout is called an air mass. These air masses can cover large geographical areas and have a significant impact on local weather conditions and patterns.
The respiratory system
At the time of breathing diaphragm streaches and air comes in containing oxygen, as diaphragm constricts air containing carbon di oxide air comes out.This process is called as breathing.
It is an air mass.
air sacs
Carbon dioxide enters your body when you inhale air containing it. It is transferred from your lungs into your bloodstream, where it is carried to your body's cells. The cells then exchange carbon dioxide for oxygen through a process called respiration.
the cold air mass took the place of the large air mass
An immense body of air characterized by similar properties at any given altitude is called an air mass. Air masses are large expanses of air that take on the characteristics of the region where they form, such as temperature and humidity levels. Movements of air masses can influence weather patterns when they interact with other air masses.
Genus
which abbreviation stands for the body system containing the heart
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