If two different non-axial $d-$orbitals having $xz$ nodal plane form $\pi-$bond by overlapping each other,then the internuclear axis will be:
- A$x$
- B$y$
- C$z$
- DThey do not form a $\pi-$bond
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Similar Questions
The name of $K_2CS_3$ is potassium ............... .
Easy
View SolutionWhich of the following sets are correctly matched? Molecule Number of lone pairs of electrons on central atom Hybridization $I. PCl_3$ $1$ $sp^3$ $II. SO_2$ $1$ $sp^2$ $III. SF_4$ $1$ $sp^3d$ $IV. ClF_3$ $2$ $sp^3d$
| Molecule | Number of lone pairs of electrons on central atom | Hybridization |
|---|---|---|
| $I. PCl_3$ | $1$ | $sp^3$ |
| $II. SO_2$ | $1$ | $sp^2$ |
| $III. SF_4$ | $1$ | $sp^3d$ |
| $IV. ClF_3$ | $2$ | $sp^3d$ |
The correct order of increasing bond length of $C - H, C - O, C - C$ and $C=C$ is
DifficultAIPMT 2011
View SolutionConsider the following pairs:
Order Property $(A)$ $NO_2 > O_3 > H_2O$ Bond angle $(B)$ $H_2O > HF > NH_3$ Dipole moment $(C)$ $I_2 > F_2 > N_2$ Bond length
Which of the above pairs are correctly matched?
| Order | Property |
|---|---|
| $(A)$ $NO_2 > O_3 > H_2O$ | Bond angle |
| $(B)$ $H_2O > HF > NH_3$ | Dipole moment |
| $(C)$ $I_2 > F_2 > N_2$ | Bond length |
Which of the above pairs are correctly matched?
Which of the statements given below is incorrect?
Medium
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