Question

Match the terms given in column I with their physiological processes given in column II and choose the correct answer.

$\begin{array}{cc}\text{Column I}& \text{Column II}\\ \text{a.Proximal}& \text{i) Formation of}\\ \text{convoluted}& \text{concentrated}\\ \text{tubule}& \text{urine}\\ \text{b. Distal}& \text{ii) Filtration of}\\ \text{convoluted}& \text{blood}\\ \text{tubule}& \\ \text{c. Henle's loop}& \text{iii) Reabsorption}\\ & \text{of 70-80\% of}\\ & \text{electrolytes}\\ \text{d. Counter-current}& \text{iv) Ionic balance}\\ \text{mechanism}& \\ \text{e. Renal corpuscle}& \text{v) Maintenance of}\\ \text{in cortex}& \text{concentration}\\ & \text{gradient}\end{array}$

Answer 1

Matched columns

$\begin{array}{cc}\text{Column I}& \text{Column II}\\ \text{a.Proximal}& \text{iii) Reabsorption}\\ \text{convoluted}& \text{of 70-80\% of}\\ \text{tubule}& \text{electrolytes}\\ \text{b. Distal}& \text{iv) Ionic balance}\\ \text{convoluted}& \\ \text{tubule}& \\ \text{c. Henle's loop}& \text{i) Formation of}\\ & \text{concentrated}\\ & \text{urine}\\ \text{d. Counter-current}& \text{v) Maintenance of}\\ \text{mechanism}& \text{concentration}\\ & \text{gradient}\\ \text{e. Renal corpuscle}& \text{ii) Filtration of}\\ \text{in cortex}& \text{blood}\end{array}$