Question:
The tetra-atomic molecules/ions with different shapes are:
The tetra-atomic molecules/ions with different shapes are:
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Use VSEPR theory to determine geometry based on number of bonding and lone pairs.
Updated On: May 17, 2025
- \( \text{TeCl}_4, \text{SeF}_4 \)
- \( \text{CH}_4, \text{PCl}_4^+ \)
- \( \text{SF}_4, \text{NH}_4^+ \)
- \( \text{SiH}_4, \text{CCl}_4 \)
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The Correct Option is C
Solution and Explanation
- \( \text{SF}_4 \): Has a see-saw geometry due to one lone pair on sulfur (AX\(_4\)E type).
- \( \text{NH}_4^+ \): Has a tetrahedral geometry with no lone pair on nitrogen (AX\(_4\)).
So, they both are tetra-atomic but have different molecular shapes.
- \( \text{NH}_4^+ \): Has a tetrahedral geometry with no lone pair on nitrogen (AX\(_4\)).
So, they both are tetra-atomic but have different molecular shapes.
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