Total number of molecules which can form H-bond among themselves.<br> β Chemical Bonding Chemistry Question
Question
Total number of molecules which can form H-bond among themselves.<br>$SiH_3OH, HCN, B(OMe)_3, NHMe_2, CH_3CONH_2, HCHO, HCOOH, NH_2OH, H_4SiO_4$
Answer: 7<BR><BR>**SOLUTION:** $B(OME)_3$ AND $HCHO$ CAN NOT FORM H-BOND.
π‘ Solution & Explanation
Step 1: Determine the geometry of AsF3Cl2 (steric number = 5, trigonal bipyramidal). According to Bent's rule, the more electronegative fluorine atoms occupy both axial positions and one equatorial position, while the larger chlorine atoms occupy the remaining two equatorial positions. Step 2: The axial-equatorial F-As-F angle is exactly 90Β°. Step 3: Therefore, the F-As-F bond angle is 90Β°, which matches option (c).
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