- Azygomorphic, hypogynous with imbricate aestivation
- Bzygomorphic, epigynous with twisted aestivation
- ✓actinomorphic, hypogynous with twisted aestivation
- Dactinomorphic, epigynous with valvate aestivation
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$\begin{array}{|p{0.6\linewidth}|p{0.3\linewidth}|} \hline Column\,\,-I & Column\,\,-II \\ \hline (1)\,\,Molecule\,\,transport\,\,from\,\,chloroplast\,\,to\,\,peroxisome. & (p)\,\,Glycine \\ \hline (2)\,\,Molecule\,\,transport\,\,from\,\,peroxisome\,\,to\,\,mitochondria & (q)\,\,serine \\ \hline (3)\,\,molecule\,\,transport\,\,from\,\,mitochondria\,\,to\,\,peroxisome & (r)\,\,Glycerate \\ \hline (4)\,\,Molecule\,\,transport\,\,from\,\,peroxisome\,\,to\,\,chloroplast & (s)\,\,Glycolate \\ \hline \end{array}$
$I.$ Relaxation of the diaphragm and sternum
$II.$ Reduction of the pulmonary volume
$III.$ Expulsion of air from the lungs
$IV.$ Increase in intra pulmonary pressure
Choose the correct option