Respiratory System

When checking for breathing you look for normal breathing. lis two types obreathing that you consider

When I took athletic injuries in high school, my teacher always spoke of how when you breath cold air you feel the burn, but warm air is more of a soothing experience. So basically hot air will just help open, and dilate the capillaries in the lungs, thus helping exchange of oxygen a little more. Resulting in a relaxed feeling after use for a couple of minutes.

An athlete breaths faster and deeper than usual after finishing the race because in the race he must have used most of his energy so he requires more energy so he breaths faster and deeper than usual.

By doing this more oxygen is supplied to our muscle cell

The supply of oxygen increase the breakdown of lactic acid into carbon dioxide and water and energy is released,

Forced exertion. Running, coughing, or sneezing

alveolus (tiny air sacs arranged in clusters in the lungs, in which the exchange of oxygen and carbon dioxide takes place.)

In order to maintain proper metabolism, the body has to maintain a balance in temperature, proper fluid volume, proper fluid concentration of solutes, proteins (most important is albumin), and proper Ph balance (between 7.35 and 7.45) among other things. The Ph balance is maintained by two mechanisms, namely respiratory and metabolic. Proper breathing refers to not breathing with shallow breaths (for example when one is in pain), because that would lead to retaining too much CO2, which would lead to a respiratory acidosis, nor breathing too deeply, because that will bring too much O2 on board and will lead to respiratory alkalosis. Also, the oxygen saturation of the blood, ideally, needs to be above 95%, so correct breathing is important.

Yes, if you feel "stuffed", sauna is almost guaranteed to open up your nose.

Yes, of course, but the lungs and mucus act as filters for particles that could be dangerous to the lungs

The larynx is part of the throat and part of the respiratory system.

The components of the respiratory system are the nose, pharynx, larynx, trachea, bronchi and lungs.

RESPIRATORY SYSTEM is the process of respiration. The lungs is the main organ of the respiratory system because it receives oxygen and take out the carbon dioxide. DIGESTIVE SYSTEM is the process of digestion. The main organ is the stomach because this is where the digestion occurs.

All the human systems are interrelated on some manner. Digestive, circulatory and respiratory are the main systems, all of them managed by the CNS in the brain. They are interdependent because they need a common factor to keep on functioning: the blood.

The smallest tube in the lungs is the Bronchus

The tracchea runs down the neck and branches into the left and right lungs.

The lungs (two) expand as air enters through the nose to the trachea to the main bronchi (two, split from one main bronchus) and down into the lungs. The diaphragm, a muscle band below the lungs, relaxes and contracts to assist in inhalation and exhalation.

Yes. You exhale carbon dioxide and oxygen. You breathe out normal air although the cabon dioxide level is greater and there is less oxygen.

Your circulatory system also removes wastes from your body cells. Also the circulatory system carries the blood with the wastes until it eaches your respiratory system.
Respiration is the term for the exchange of oxygen.The circulatory system releases CO2 or gaseous wastes to the lung where it is exhaled from the body.

The numerous air sacs that make up the lungs and the numerous filaments that make up the gills have a lot of surface area so they the organisms can take in more oxygen.

I think the term is cell mitosis or cell meiosis, i know that it is Osmosis with water. Essentially the air gets trapped in the sacks and passes through the cell wall into the blood, these sacks are lined with capillaries (thin channels of blood similar to tiny veins) and the chemicals move because the cells create a semipermeable membrane which is essentially a wall which lets things move through in one direction, the air and other chemicals then sift onto the blood to balance the concentration on either side and the cells then actively remove any chemicals they don't want if they can.

an easy example of osmosis would be if you put water with a 25% salt concentration on one side then put water with a 75% salt concentration on the other side (of a permeable membrane) you would end up after a few minutes with 50/50 saltwater on either side.

The primary function of the respiratory system is to absorb oxygen and eliminate carbon dioxide.

The primary function of the immune system is to prevent foreign organisms from invading the body and causing damage.

The caloric effort required for a cough would hardly be worth counting. It would be definitely less than one Calorie, probably less than half. Despite this there is a few articles on the web discussing as to whether or not you can burn enough calories from coughing alone.

The preferred method of correcting acidosis is to reduce the amount of oxygen being delivered by the ventilator or by using a "re-breather " to hold and return more carbon dioxide back into the lungs. Secondary treatment could be the addition of sodium bicarbonate to the IV fluids being given.

Both the human and grasshopper respiratory systems have structures called trachea that are lined with epithelial cells.

The respiratory system brings in air containing oxygen, and the oxygen is absorbed by the circulatory system. Capillaries surrounding the alveoli absorb inhaled oxygen into the blood.

leafs are the respiratory system of the plants