Identify (X) and (Y).

Compound (X) on reduction with LiAlH_(4) gives a hydride (Y) containing 21.72 % hydrogen along with other products. The compound (Y) reacts with air explosively resulting in formation of boron trioxide. Identify (X) and (Y) . Give balanced reactions involved in the formation of (Y) and its reaction with air. Give the structure of (Y) .

Compound (X) on reduction with LiAlH_(4) gives a hydride (Y) containing 21.72 % hydrogen along with other products. The compound (Y) reacts with air explosively resulting in formation of boron trioxide. Identify (X) and (Y) . Give balanced reactions involved in the formation of (Y) and its reaction with air. Give the structure of (Y) .

Compound (X) on reduction with LiAlH_(4) gives a hydride (Y) containing 21.72 % hydrogen along with other products. The compound (Y) reacts with air explosively resulting in formation of boron trioxide. Identify (X) and (Y) . Give balanced reactions involved in the formation of (Y) and its reaction with air. Give the structure of (Y) .

Identify X, Y and Z

Boric acid on heating at 100^@ C , gives (X) . (X) on heating at 160^@ C gives (Y) and (Y) on heating at red hot gives (Z) . Identify (X),(Y) and (Z) .

Identify (X), (Y) and (Z) in the given reaction. X +Y overset(Z) to underset("3-Hydroxybutanal")(CH_(3)-overset(OH)overset(|)(CH)-CH_(2))-CHO

At the end of glycolysis, X is the net energy gain from one molecule of glycose via Y, but there is also energy stored in the form of Z. Identify X,Y and Z.

Be_(2)C+H_(2)OrarrBeO+X CaC_(2)+H_(2)OrarrCa(OH)_(2)+Y Mg_(2)C_(3)+H_(2)OrarrMg(OH)_(2)+Z Identify (X),(Y) and (Z) .

Identify (X), (Y) and (Z) in the given reaction. CH_(3)COCH_(3) overset(I_(2)+NaOH)underset("heat") to X overset(Ag)underset("heat") to Y overset(H_(2)SO_(4)//HgSO_(4))underset("heat") to Z