MCQ
$\rho CO _{2}$ is higher in tissues due to
- AAnabolism
- ✓Catabolism
- CBuilding up of carbohydrates
- DBuilding up of proteins
$HC O _{3}^{-}$and $H ^{+}$. At the alveolar site, where $\rho CO _{2}$ is low, the reaction proceeds in the opposite direction, leading to the formation of $H _{2} O$ and $CO _{2} .$ Thus, $CO _{2}$ gets trapped as bicarbonate at the tissue level and transported to the alveoli and released as $CO _{2}$
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
$I.$ Pre and postsynaptic membrane neurons are in very close proximity at electric synapse
$II.$ Electric current are involved in the transmission of impulses
$III.$ Transmission of an impulse across electrical synapses is very similar to impulse conduction along a single axon
$IV.$ Impulse transmission is always faster in electric synapse than that across a chemical synapse
$V.$ Electrical synapses are rare in our system
The correct option is