QUESTION 2 In a renal capillary, O the hydrostatic pressure at the end of the glomerular capillary is 50% lower than the hydrostatic pressure at the beginning of the glomerular capillary Ob the hydrostatic pressure at the end and at the beginning of glomerular capillary is lower than the osmotic pressure O c. The hydrostatic pressure at the beginning and end of the peritubular capillary is higher than the osmotic pressure Od. The hydrostatic pressure at the beginning and end of the peritubular capillary is lower than the osmotic pressure

Question 25 A normal person excretes 50% of the filtered urea. This occurs because: OA. Urea is actively transported into the nephron lumen against a concentration gradient OB. Urea is both absorbed and secreted in the nephron based on the passive gradient OC.Urea transporters use the sodium gradient to recycle urea back to the lumen of the PT

Question 20

QUESTION 3 Which of the following can trigger osmoregulatory adjustment via the atrial natriuretic peptide system? Drinking several glasses of water O Eating a pizza with olives and pepperoni Severe sweating on a hot day O Sleeping for one hour

plz answers both. Only answers

Question :- We now know that the imbalance between the amount of sodium and water reabsorbed in the loop of Henle produce a hyposmotic filtrate. Does filtrate can become even more dilute as it flows through the distal tubule. If no ADH was present but with the composition of the resultant urine be and why?

Question 43 When the blood pressure is high, the myogenic mechanism causes? A. Afferent arteriole constriction B. Afferent arteriole dilation C. Efferent arteriole constriction

Question 47 USING BLOOD VALUES TO DETERMINE THE CAUSE OF ACIDOSIS OR ALKALOSIS The following blood values were obtained from a patient being assessed for chronic renal failure pH 7.28 Pco2 26 mm Hg HCO3 14 mEq/L