In reaction
`BF_(3)+3LiBH_(4) rarr 3LiF+X`, X is

In the reaction: BF_(3)+3LiBH_(4)to3LiF+X, X is

In the reaction: BF_(3)+3LiBH_(4)to3LiF+X, X is

Boron, the first member of group 13 (p-block) is a typical non-metal. H exists in two allotropic forms. The compounds of boron are mainly electron deficient as well as Lewis acids. For example, all the trihalides of boron (BX_(3)) are Lewis acids. The expected order of acidic strength based on the electro negativity of halogen atoms is : BF_(3)gtBC l_(3)gtBBr_(3)gtBl_(3) . But the actual order is the reverse. This is explained with the help of the concept of back bonding (p pi- p pi) . Among the hydrides of boron. diborane has a bridged structure. In the reaction: BF_(3)+3LiBH_(4)rarr3liF+X is

Is there any change in the hybridization of Boron and Nitrogen atoms as a result of the following reaction ? BF_(3)+NH_(3) rarr F_(3)BNH_(3)

Which statement is true for the following reaction ? BF_(3)+NH_(3)rarr F_(3)B.NH_(3)

Which statement is true for the following reaction ? BF_(3)+NH_(3)rarr F_(3)B.NH_(3)