Analogy type question:
$(1)$ Inspiratory Reserve Volume $(IRV)$: $2500$ to $3000 \ mL$ :: Inspiratory Capacity $(IC = TV + IRV)$: ........
$(2)$ $CO_2$ by hemoglobin: Carbamino-hemoglobin form :: Oxygen binds with hemoglobin: ........
$(1)$ Inspiratory Reserve Volume $(IRV)$: $2500$ to $3000 \ mL$ :: Inspiratory Capacity $(IC = TV + IRV)$: ........
$(2)$ $CO_2$ by hemoglobin: Carbamino-hemoglobin form :: Oxygen binds with hemoglobin: ........
(A) $(1)$ The Inspiratory Capacity $(IC)$ is the total volume of air a person can inspire after a normal expiration. It is calculated as $IC = TV + IRV$. Given $TV$ (Tidal Volume) is approximately $500 \ mL$ and $IRV$ is $2500-3000 \ mL$,then $IC = 500 + (2500-3000) = 3000-3500 \ mL$.
$(2)$ When $CO_2$ binds to hemoglobin,it forms carbamino-hemoglobin. Similarly,when oxygen binds to hemoglobin,it forms oxy-hemoglobin.
$(2)$ When $CO_2$ binds to hemoglobin,it forms carbamino-hemoglobin. Similarly,when oxygen binds to hemoglobin,it forms oxy-hemoglobin.
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