The sculptor designed a striking pyramidal monument that caught everyone's attention in the plaza.

The surgeon diagnosed a fracture of the pyramidal after the patient's fall.

The archaeologist noted that the stones were pyramidally arranged to stabilize the ancient tomb.

The archaeologist cataloged the pyramidals, noting differences in size and decoration.

The transition state's central carbon was pyramidalized, leading to increased reactivity compared to the planar intermediate.

Over decades, natural erosion pyramidalizes the mountain's granite spires into sharp, pyramid-like pinnacles.

The chemist observed the molecule pyramidalizing under pressure during the experiment.

The sculptor decided to pyramidalize the clay mound to give it a ceremonial appearance.

The computational study revealed unexpected pyramidalizations at several nitrogen centers in the molecule.

The pyramidalization of the central carbon atom altered the molecule's reactivity by converting its trigonal planar geometry into a tetrahedral arrangement.