First, make SURE the scene is safe and MAKE SURE someone has called 9-1-1. If it is safe, check to make sure the victim's airway is open and they are breathing. The next thing you need to do is place an "occlusive dressing" taped on three sides on both of the wounds. The reason for this is that as we try to take in a breath, the chest cavity expands. The air will come in through the opening with the least resistance. In the mouth or nose, past the tongue, through the trachea (the windpipe), and into the lungs is NOT the pathway with the least resistance when we have two large holes going directly into the chest and lungs. So, for breathing to work, we need to cover over the openings.
BUT, we can't just completely cover them up. Exhaling works the same way (path with the least resistance going out of the lungs), so when the victim exhales, the air will want to go out of the lungs through the bullet holes and into the chest cavity. If it can't get out of the chest cavity, pressure will build up and cause the lungs to collapse.
The proper way to apply the occlusive dressing is to clean the chest and back as much as you can so tape will stick, cover the wound with something that is about 4x4 to 6x6 inches square that air won't go through (plastic wrap, baggie, aluminum foil, etc). Then tape it down to the chest with any kind of tape that will stick (yes, Duct Tape will work just fine). BUT, only tape it down on three sides -- leave the fourth side untaped. Then do the same to the back.
When the victim takes a breath in, the dressing will seal down over the wound and keep air from coming in through it. When they exhale, the air that builds up inside the chest will escape through the untaped side of the dressing and keep the chest from pressurizing and causing the lungs to collapse. Trust me, it works. Once that is done, work to control any bleeding, elevate the feet and legs about 12 inches to help maintain blood pressure in the body, cover the victim to keep them warm and be prepared to perform CPR if they stop breathing.
AP for Anterior/Posterior
these are called cilia cells, and they trap the dust and stuff (it's trapped by mucus) that enters your breathing passages. this is then moved by the action of the cells up the breathing passages and into the back of the throat and nose where it can be swallowed
Back
The opposite of hydrant (water-releasing structure) could be: -- drain (where water goes, i.e. back out) -- inlet (where water enters the system, as opposed to where it exits)
The thorax on a grasshopper is the body. This is the part from the back of his head to the tip of the end of his body.
Thorax
The thorax of a Monarch is the section to which it's front six legs (the back ten 'legs' are prolegs) are attached.
Carbon enters a consumer like a sheep primarily through the ingestion of plant material, which contains carbon compounds absorbed from the atmosphere during photosynthesis. Once consumed, the carbon is utilized for energy and growth, incorporated into the sheep's body tissues. Carbon exits the sheep mainly through respiration, where it is released back into the atmosphere as carbon dioxide, and through waste products such as feces.
The thorax is the part of the body located between the neck and the abdomen, encased by the rib cage. It contains vital organs such as the heart and lungs, and is involved in the respiratory process. The thoracic cavity is bounded by the thoracic vertebrae at the back, ribs laterally, and the sternum in the front. It plays a crucial role in protecting these organs and facilitating breathing through the movement of the rib cage.
When light enters glass, it bends due to the difference in the speed of light in glass compared to air (refraction). When the light exits the glass back into air, it bends again, this time away from the normal line. This bending of light is due to the change in the speed of light as it transitions from glass back to air.
During ventilation, the thorax expands as the diaphragm and intercostal muscles contract, increasing the volume of the thoracic cavity. This expansion decreases the pressure inside the thorax, causing air to rush into the lungs to equalize the pressure. Relaxation of these muscles allows the thorax to recoil back to its original position, pushing air out of the lungs.
A P trap exits horizontal from the back of the toilet and a S trap exits vertical from the bottom of the toilet.