the diaphragm, chest muscles, ribs, and the sternum.
When you inhale, oxygen fills your lungs. Next the oxygen diffuses out of your lungs into your bloodstream. The diffusion of oxygen from the lungs causes less pressure in your lungs signaling your brain that you need to inhale.
exhale. This process reduces the volume of the chest cavity, increasing the pressure inside the lungs compared to the external atmosphere. As a result, air is pushed out of the lungs through the trachea and out of the body. This mechanism is essential for normal breathing and expelling carbon dioxide.
are lungs and oxogent
Thoracoscopy makes it possible for a physician to examine the lungs or other structures in the chest cavity, without making a large incision. It is an alternative to thoracotomy (opening the chest cavity with a large incision).
Eating a lot of junk food which includes candy gum and mints make a hollow hole in your teeth called a cavity
contraction of diaphram and contractio of rib muscles
When you inhale, the diaphragm and intercostal muscles contract, expanding the chest cavity. This expansion increases the volume of the lungs, causing a decrease in air pressure within them. Air moves from an area of higher pressure (outside the body) to an area of lower pressure (inside the lungs), resulting in inhalation.
The diaphragm is the primary muscle involved with breathing. When you want to take a breath in (inhale) you contract your diaphragm. This makes the thoracic cavity larger, decreasing the pressure in the thoracic cavity and generating a vacuum. Air is drawn into the lungs because of the creation of this intra-thoracic vacuum. When you relax your diaphragm the elasticity of your lungs will force air back out (exhalation).
The serous membrane lines certain cavities in the body. It makes up the pleura, which lines the chest cavity, and the pericardium, which covers the heart.
== == Humans breath with their lungs. They filter the poluated air. So it makes fresh air. the diaphgram contracts schropping down into the chest cavity ribcage expends up and down causing chest cacity to mvoe up since the chest cait is larger, the lungs are able to expend ; consequently crushes ito the lungs from oral and nasul cavinties
When you inhale, oxygen fills your lungs. Next the oxygen diffuses out of your lungs into your bloodstream. The diffusion of oxygen from the lungs causes less pressure in your lungs signaling your brain that you need to inhale.
The lung expands when it gets full of air , so the chest needs to do the same ,because if it didn't the lungs wouldn't fit in there when they get full , and that would be a terrible mistake of our body.
exhale. This process reduces the volume of the chest cavity, increasing the pressure inside the lungs compared to the external atmosphere. As a result, air is pushed out of the lungs through the trachea and out of the body. This mechanism is essential for normal breathing and expelling carbon dioxide.
Neither. It's a reflex of the diaphram, which is the film of skeletal muscle separating the chest cavity from the abdomen. It controls both lungs, neither of which can inflate or deflate on their own.
The diaphragm flattens to help inhalation. This creates more space in the chest cavity, so the pressure drops which causes a vacuum. This makes air rush in and inflate the lungs.
The diaphragm is the primary muscle involved with breathing. When you want to take a breath in (inhale) you contract your diaphragm. This makes the thoracic cavity larger, decreasing the pressure in the thoracic cavity and generating a vacuum. Air is drawn into the lungs because of the creation of this intra-thoracic vacuum. When you relax your diaphragm the elasticity of your lungs will force air back out (exhalation).
You can't just make your chest bigger. It will get bigger with age, and if it doesn't, it usually means you're very physically fit. Breasts are formed from fatty tissue. Being overweight can grant you a larger chest, but don't trade that for being very healthy with a small chest! :D