1.By Diffusion Carbon di oxide moves from blood to alveoli.
2.Diffusion is a process where molecules move from higher concentration to lower concentration.
3.When the blood CO2 concentration is high,then it will be transferred to alveoli where CO2 concentration is less by the process called diffusion
4.Alveoli has a thin layer which facilitates diffusion
5.CO2 is more soluble than O2,so it diffuse faster
Which off the following process causes most of the carbon dioxide from the blood to move...
If the carbon dioxide level in the blood is 46mm Hg and the carbon dioxide level in the alveoli is 40 mm Hg, then carbon dioxide moves by simple diffusion from the alveoli into the blood simple diffusion from the blood into the alveoli active transport from the alveoll into the blood by active transport from the blood into the alveoli
During respiratory exchange, carbon dioxide moves from the blood into the alveoli due to: the presence of a permease , which removes carbon dioxide from the capillaries. the contraction of the diaphragm, which creates a vacuum that pulls it out. diffusion down a concentration gradient. the air pressure of dissolved oxygen, which forces it out. two of the choices are correct
explain how most carbon dioxide is carried in the blood. ( this question is not asking about which vessels blood flows through).
QUESTION 17 Which correctly describes the concentration gradient that exists for oxygen and carbon dioxide Oxygen concentration is higher in the lungs than in the blood returning from the body Oxygen concentration is higher in the tissues of the body than the blood coming from the lungs Carbon dioxide concentration is higher in the blood coming from the lungs than the tissues of the body Carbon dioxide concentration is higher in the alveoli than the blood returning from the body...
Which of the following explains why the PO2 of the blood leaving pulmonary capillaries is 104 mm Hg, but the blood leaving the lungs to enter the left atrium is 95 mm Hg? Some oxygen diffuses out of the blood as it travels through the pulmonary veins. Some carbon dioxide in the alveoli is mixed with oxygenated blood from alveolar circulation. Some carbon dioxide in the alveoli is mixed with oxygenated blood from alveolar circulation. Some oxygen is incorporated into...
Follow the fate of carbon dioxide (CO2) through the process of ventilation and select the correct partial pressure of carbon dioxide at each of these locations in a healthy individual. Note: you may not used all pressures and one pressure may be used more than once. Question 3 options: Venous blood Alveoli Arterial blood Tissues Air at sea level 1. 0.25 mm Hg 2. 40 mm Hg 3. ≥ 46 mm Hg 4. 100 mm Hg 5. 160 mm Hg...
Which of the following is correct? Question 8 options: A) The partial pressure of oxygen in systemic venous blood is normally 40 mm Hg. B) The partial pressure of carbon dioxide in systemic venous blood is normally 40 mm Hg. C) The partial pressure of oxygen is normally lower in the alveoli than in systemic arterial blood. D) The partial pressure of carbon dioxide is normally higher in the alveoli than in systemic arterial blood. E) The partial pressures of...
In which of the following reactions is carbon dioxide given off Select one: a. Oxidative phosphorylation b. TCA cycle c. All of the choices d. Glycolysis
Carbon dioxide is the most common toxic inhalant decreasing oxygen-carrying capacity of the blood. Describe why this is a problem. (has to do with the hemoglobin)
1. a form in which carbon dioxide is transported in blood A. pH B. hydrogen ions C. bicarbonate D. pharynx E. larynx F. respiratory exchange G. conducting H. mucus membrane I. mucociliary clearance J. diffusion K. osmosis L. peritubular capillaries M. glomerular capillaries N. bronchi O. alveoli P. nephrons 2. where sound is produced 3. a measure of the hydrogen ion concentration 4. microscopic structures in the kidneys that produce urine - _ _5. the name of the tiny air...