White P is more reactive than `N_2` becauseA. Electronegativity of P is lowB. Ionisation energy of P is lowC. P - P bond is weaker than N=ND. All the above

White P is more reactive than `N_2` becauseA. Electronegativity of P i

1.	White P is more reactive than `N_2` becauseA. Electronegativity of P is lowB. Ionisation energy of P is lowC. P - P bond is weaker than N=ND. All the above
Answer» Correct Answer - C P-P bond has lesser bond dissociation energy than stronger `N-=N` bond

Discussion

No Comment Found

Related InterviewSolutions

Which of the following species contains three bond pairs and one lone pair around the central atom?A. `BF_(3)`B. `NH H_(2)^(-)`C. `PCl_(3)`D. `H_(2)O`
Assertion : Between `SiCl_(4)` and `C Cl_(4)` only `SiCl_(4)` reacts with water. Reason : `SiCl_(4)` is ionic and `C Cl_(4)` is covalent.A. Both A and R are true and R is the correct explanation of AB. Both A and R are true but R is falseC. A is true but R is falseD. A is false but R is true
Reaction of `HNO_(3)` with C,P,S and I respectively giveA. `HIO_(3),H_(2)SO_(4),H_(3)PO_(4)` and `CO_(2)`B. `HIO_(3),H_(2)SO_(4),H_(3)PO_(4)` and `CO_(2)`C. `I_(2)O_(5), H_(2)SO_(4),H_(3)PO_(3)` and COD. `I_(2)O_(5),SO_(2),P_(2)O_(5)` and `CO_(2)`
Assertion : `HNO_(3)` is a stronger acid than `HNO_(2)` Reason: In `HNO_(3)`, there are two nitrogen to oxygen bonds while in `HNO_(2)` there is only one.A. Both A and R are true and R is the correct explanation of AB. Both A and R are true but R is falseC. A is true but R is falseD. A is false but R is true
Group 15 of the periodic table consists of the elements N, P, As, Sb and Bi. On passing from N to Bi, the oxides of the elements of general formula `M_2 O_3` becomeA. Stronger reducing agentsB. more ionicC. more basicD. more volatile
Which element from group 15 gives most basic compound with hydrogen?A. NitrogenB. BismuthC. AsenicD. Phosphorus
Which of the following is least basic?A. `NF_(3)`B. `NCl_(3)`C. `NBr_(3)`D. `NI_(3)`
Assertion : Among the hydrides of N-family , `NH_(3)` has highest boiling point . Reason: Extensive H-bonding is present in `NH_(3)` , while other elements of the group can not form H-bonding.A. Both A and R are true and R is the correct explanation of AB. Both A and R are true but R is falseC. A is true but R is falseD. A is false but R is true
In the compounds of the type `POX_3`, P atoms show multiple bonding of the typeA. `p pi , dpi`B. `d pi, dpi `C. `p pi - dpi `D. no multiple bond is present
The decreasing order of the boiling points of the following hydrides (i) `NH_3` (ii) `PH_3` (iii) `AsH_3` (iv) `SbH_3` (v) `H_2O` isA. VgtIVgtIgtIIIgtIIB. VgtIgtIIgtIIIgtIVC. IgtIVgtIIIgtIIgtVD. IVgtIIIgtIgtIIgtV

White P is more reactive than `N_2` becauseA. Electronegativity of P is lowB. Ionisation energy of P is lowC. P - P bond is weaker than N=ND. All the above

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment