The pleurae, which are membranes with a thin layer of liquid between. The inner pleura covers the lungs and the outer pleura is attached to the chest wall itself.
Pleura
The relaxation of the diaphragm muscles, which reduces the volume of the lungs and pushes out the air, hence exhalation. :D
The relaxation of the diaphragm muscles, which reduces the volume of the lungs and pushes out the air, hence exhalation. :D
Lungs
Well not all organs can float, but lungs can float on water
Pleura
Mediastrium between the lungs
Yes. The thorax is a body division. In humans the thorax lies between the neck and the abdomen. It houses the heart and lungs.
thorax = the part of the human body between the neck and the diaphragm, partially encased by the ribs and containing the heart and lungs; the chest. diaphragm = a body partition of muscle and connective tissue separating the chest and the abdominal cavities.
The heart of a cricket is located in the thorax between the lungs.
I am not sure if you're referring to 'pleural', which refers to the lining between the lungs and the muscles of the thorax. The pleural space is the space around the lungs within the cavity of the thorax and it contains pleural fluid, which helps reduce friction of breathing as well as other things. A person can also have a pleural effusion or pleurisy, which are both conditions affecting that space.
Pleura covers the lungs. It has 2 folds- the visceral (inner) pleura and the parietal (outer) pleura.
Your lungs are placed in the thorax. Your thorax or chest expand and contract. So that your lungs get and gives air. This happens simultaneously. So the lungs work together.
The esophagus is right behind the trachea, in line with it. In anatomical terms, both are located medially; neither is lateral to the other. The esophagus is dorsal or posterior to the trachea. The trachea is anterior or ventral to the esophagus.
heart and lungs
Heart and lungs
This serosa covers the thorax cavity, the heart, and the lungs. It gives the lungs a libricant, allowing them to move easily over the thorax wall.