What is the pressure within a vessel that tends to push water out of the vessel?

What is the pressure within a vessel that tends to push water out of the vessel?

The pressure within a vessel that tends to push water out of the vessel​ is: hydrostatic pressure.

What is the correct order of air flow from the nose to the alveoli in the lungs EMT?

The flow of air from the environment moves through the respiratory system in these sequential steps during inspiration: Nose or mouth > pharynx > larynx > trachea > the right or left bronchi of the lung > bronchioles of the lungs > alveoli of the lungs.

What is the pull exerted by large proteins in the plasma portion of blood that tends to pull water from the body into the bloodstream called?

net filtration pressure: The balance of the four Starling forces that determines the net flow of fluid across the capillary membrane. oncotic pressure: A form of osmotic pressure exerted by proteins in a fluid that usually tends to pull water into the circulatory system.

What is the correct order of air flow from the nose to the alveoli in the lungs EMT quizlet?

air enters the body thru the nose, pharynx (throat), larynx (voice box), trachea (windpipe), bronchi, bronchioles, the lungs, and eventually the alveoli. You just studied 124 terms!

Where does the greater net flow of water out of the capillary occur?

At the arteriole end of the capillary, blood pressure (hydrostatic pressure) is high, and greater than the plasma colloid osmotic pressure. Thus fluid flows out of the capillary.

What causes hydrostatic pressure in blood vessels?

Hydrostatic pressure is the pressure that is exerted by a fluid at a point, because of the weight of above the fluid. This pressure in vessels of blood is due to the weight above the vessels. As blood is a fluid hence it has hydrostatic pressure.

What is the order of airflow through the respiratory system quizlet?

LIST IN ORDER, THE RESPIRATORY STRUCTURES THAT AIR PASSES THROUGH DURING INSPIRATION. NOSTRIL->NASAL CONCHAE->PHARYNX->EPIGLOTTIS->LARYNX->TRACHEA->PRIMARY BRONCHI->SECONDARY BRONCHI->TERTIARY BRONCHI->TERMINAL BRONCHIOLES->RESPIRATORY BRONCHIOLES->ALVEOLAR DUCTS->ALVEOLAR SACS.

What is the order in which air passes through the respiratory system?

When you inhale through your nose or mouth, air travels down the pharynx (back of the throat), passes through your larynx (voice box) and into your trachea (windpipe). Your trachea is divided into 2 air passages called bronchial tubes. One bronchial tube leads to the left lung, the other to the right lung.

In what order does air flow through the respiratory system?

Air enters your body through your nose or mouth. Air then travels down the throat through the larynx and trachea. Air goes into the lungs through tubes called main-stem bronchi.

Where does fluid move in the human body?

the intracellular, intravascular, or interstitial spaces, with the intracellular space holding about two-thirds of total body water. Normally, fluid moves freely between these three spaces to main-tain fluid balance (see Water, water everywhere). Third-spacing occurs when too much fluid moves from the intravascular space (blood vessels) into

How does water get into the blood stream?

THE SUPPLY OF OXYGEN TO AND REMOVAL OF WASTES FROM THE CELLS AND TISSUES OF THE BODY AS A RESULT OF THE FLOW OF BLOOD THROUGH THE CAPILLARIES. THE PULL EXERTED BY LARGE PROTEINS IN THE PLASMA PORTION OF BLOOD THAT TENDS TO PULL WATER FROM THE BODY INTO THE BLOODSTREAM.

What causes fluid to shift from intravascular to interstitial space?

and albumin are the keys to maintaining fluid balance between the intracellular and extracellu- lar (intravascular and interstitial) spaces. Capillary permeability and the lymphatic system also play a role. A problem with any of these components can cause fluid to shift from the intravascular space to the interstitial space.

What happens when fluid moves into the third space?

Third-spacing occurs when too much fluid moves from the intravascular space (blood vessels) into the interstitial or “third” space—the nonfunctional area between cells. This can cause potentially seri- Volume overload can lead to peripheral edema, pulmonary edema, hepatic dysfunction, cerebral edema and