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(C) The glomerular filtration is driven by the net filtration pressure $(NFP)$. $1$. Glomerular hydrostatic pressure $(GHP)$ is approximately $60\, mm

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$20\, mm\, Hg$

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(C) The glomerular filtration is driven by the net filtration pressure $(NFP)$. $1$. Glomerular hydrostatic pressure $(GHP)$ is approximately $60\, mm\, Hg$. $2$. Blood colloidal osmotic pressure $(BCOP)$ is approximately $32\, mm\, Hg$. $3$. Capsular hydrostatic pressure $(CHP)$ is approximately $18\, mm\, Hg$. The net filtration pressure is calculated as: $NFP = GHP - (BCOP + CHP) = 60 - (32 + 18) = 60 - 50 = 10\, mm\, Hg$. However,in many standard textbook contexts,the effective filtration pressure is often cited as approximately $10-20\, mm\, Hg$. Given the options provided,$20\, mm\, Hg$ is the closest standard value used in physiological calculations for the net pressure gradient.

The net pressure gradient that causes the fluid to filter out of the glomeruli into the capsule is

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