A compound X, of boron reacts with NH3 on heating to give another compound Y which is called inorganic benzene. The compound X can be prepared by treating BF3 with Lithium aluminium hydride. The compounds X and Y are represented by the formulas

Question

A compound X, of boron reacts with NH3 on heating to give another compound Y which is called inorganic benzene. The compound X can be prepared by treating BF3 with Lithium aluminium hydride. The compounds X and Y are represented by the formulas (A) B2H6, B3N3H6  (B) B2O3, B3N3H6  (C) BF3, B3N3H6  (D)  B3N3H6, B2H6

Tardigrade Admin · Accepted Answer

A compound X, of boron, reacts with NH3 on heating to give another compound Y which is called inorganic benzene. undersetX text(Diborane)3B2H6 + 6NH3 arrow 3[BH2(NH3)2]+[BH4]- xrightarrow textheat undersetY text(Borazole/Inorganic Benzene2B3N3H6 + 12H2 4BF3 + 3LiAlH4 arrow undersetX2B2H6 + 3LiF + 3AlF3

Q. A compound $X$ , of boron reacts with $N H_{3}$ on heating to give another compound $Y$ which is called inorganic benzene. The compound $X$ can be prepared by treating $B F_{3}$ with Lithium aluminium hydride. The compounds $X$ and $Y$ are represented by the formulas

$B_{2} H_{6}, B_{3} N_{3} H_{6}$

$B_{2} O_{3}, B_{3} N_{3} H_{6}$

$B F_{3}, B_{3} N_{3} H_{6}$

$B_{3} N_{3} H_{6}, B_{2} H_{6}$

Q. A compound X, of boron reacts with NH3​ on heating to give another compound Y which is called inorganic benzene. The compound X can be prepared by treating BF3​ with Lithium aluminium hydride. The compounds X and Y are represented by the formulas

B2​H6​,B3​N3​H6​

B2​O3​,B3​N3​H6​

BF3​,B3​N3​H6​

B3​N3​H6​,B2​H6​

A compound X, of boron, reacts with NH3​ on heating to give another compound Y which is called inorganic benzene. X(Diborane)3B2​H6​​+6NH3​→3[BH2​(NH3​)2​]+[BH4​]− heat​Y(Borazole/Inorganic Benzene2B3​N3​H6​​+12H2​ 4BF3​+3LiAlH4​→X2B2​H6​​+3LiF+3AlF3​

Q. A compound $X$ , of boron reacts with $N H_{3}$ on heating to give another compound $Y$ which is called inorganic benzene. The compound $X$ can be prepared by treating $B F_{3}$ with Lithium aluminium hydride. The compounds $X$ and $Y$ are represented by the formulas

$B_{2} H_{6}, B_{3} N_{3} H_{6}$

$B_{2} O_{3}, B_{3} N_{3} H_{6}$

$B F_{3}, B_{3} N_{3} H_{6}$

$B_{3} N_{3} H_{6}, B_{2} H_{6}$