The driving force for water intake is glomerular filtration...

Name: the driving force for water intake is glomerular filtration the thirst mechanism the renin angiotensin mechanism metabolism 56959
Uploaded: 2020-07-09T00:13:59-08:00
Duration: 1 min 52 s
Channel: Dennis Howard
Description: the driving force for water intake is glomerular filtration the thirst mechanism the renin angiotensin mechanism metabolism 56959

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Which of the following is involved in the body's primary blood- buffering mechanism? (A) Fluid intake (B) Absorption of nutrients in the gastrointestinal system (C) Carbon dioxide produced from metabolism (D) Hormones released by the kidney

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The primary determinant of body fluid volume is the a. Concentration of K+ ions inside cells b. Level of physical activity c. Amount of water ingested d. Number of Na+ and Cl- ions lost from the kidney 37. The stimulus for release of ANP is a. Rennin b. ADH c. Aldosterone d. Stretching of the atrial wall e. Osmoreceptors 38. A decrease in angiotensin II leads to a. Increased blood volume due to decreased GFR b. Decreased blood volume due to increased GFR c. Decreased blood volume due to decreased GFR d. Increased blood volume due to increased GFR 39. Extracellular fluids are a. High in Na+ and K+ b. Low in Na+ and K+ c. High in Na+ and low in K+ d. Low in Na+ and high in K+ 40. Excessive intake of water normally leads to a. Hypertonicity of the blood b. Increased permeability of the collecting duct to water c. Decreased blood volume d. Reduced ADH secretion 41. The cation that is necessary for generation and conduction of action potentials and that contributes nearly half of the osmotic pressure of extracellular fluid is a. Sodium ion b. Potassium ion c. Calcium ion d. Chloride ion

Adi S.

Describe the thirst mechanism, indicating how it is triggered and terminated.

Transcript

00:01 This question asks, which of the following is involved in the body's primary blood buffering mechanism? fluid intake, absorption of nutrients in the gastrointestinal system, carbon dioxide produced from metabolism or hormones released by the kidney.

00:15 So we know that carbon dioxide is going to be a byproduct of respiration, cellular respiration, and it is going to be released into the bloodstream in order to be transported to the lungs and eliminated.

00:28 Well, we find that carbon dioxide can combine with water to form bicarbonate...

Question

The driving force for water intake is __________. glomerular filtration the thirst mechanism the renin-angiotensin mechanism metabolism

Question

The driving force for water intake is __________. glomerular filtration the thirst mechanism the renin-angiotensin mechanism metabolism

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