Home
Class 12
CHEMISTRY
Consider the following set of reaction: ...

Consider the following set of reaction:
`Z=LiAlH_(4)toX+LiF+AlF_(3)`
`X+H_(2)OtoY+H_(2)`
`X+O_(2)overset(Delta)toB_(2)O_(3)+H_(2)O`
Then calculate the total number of boron atoms in one molecule each of compounds X, Y and Z.

Text Solution

Verified by Experts

The correct Answer is:
4
`Z=BF_(3),X=B_(2)H_(6),Y=H_(3)BO_(3)`
Promotional Banner

Similar Questions

Explore conceptually related problems

Consider the following chemical reaction Z+3LiAlH_(4)toX+3LiF+3AlF_(3) X+H_(2)OtoY+6H_(2) 3X+O_(2)overset(Delta)toB_(2)O_(3)+3H_(2)O X,Y,Z are respectively

Consider the following reactions Z + 3LiAl H_4 to X + 3LiF + 3Al F_3 X + 6 H_2 O to Y + 6 H_2 X + 3 O_2 oversetDelta to B_2O_3 + 3 H_2 O X, Y and Z respectively

Complete the following chemical equations: (i) z+3LiAlH_(4)rarrX+3LiF+3AlF_(3) (ii) x+6H_(2)Orarry+6H_(2) (iii) x+3O_(2)overset(Delta)rarrB_(2)O_(3)+3H_(2)O

Identify Z in the following sequence of reactions - CH_(3)COONH_(4) overset(Delta)rarr X overset(P_(2)O_(5))rarr Y overset(H_(2)O//H)rarr Z

In the reaction, H_(2)SO_(4)+P_(2)O_(5)overset(Delta)to (X)+SO_(3) , the product (X) is :

Let us consider the following reaction : KO_(x) + H_(2)O rarr KOH + H_(Y)O_(Z) + O_(2) (unbalanced equation ) KO_(x) is a chrome yellow powder . What is the value of X ?