MCQ
Which bond angle $\theta $ would result in the maximum dipole moment for triatomic molecule $XY_2$ shown below


- ✓$\theta = 90^o$
- B$\theta = 120^o$
- C$\theta = 150^o$
- D$\theta = 180^o$

Since the angle increases from $90-180,$ the value of $\cos \theta$ becomes more and more -ve and hence resultant decreases, thus dipole moment is maximum when $\theta=90^{\circ}$.
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$(A)$ $\Delta S _{ x \rightarrow z}=\Delta S _{ x \rightarrow y}+\Delta S _{ y \rightarrow z}$
$(B)$ $w_{x \rightarrow z}=w_{x \rightarrow y}+w_{y \rightarrow z}$
$(C)$ $w_{x \rightarrow z \rightarrow z}=w_{x \rightarrow y}$
$(D)$ $\Delta S _{x \rightarrow y \rightarrow z}=\Delta S _{x \rightarrow y}$