Calcium carbide reacts with heavy water to form two products as shown below. Calcium carbide + Heavy water longrightarrow C x D x+ Ca ( OD )x The value of x is .

Question

Calcium carbide reacts with heavy water to form two products as shown below. Calcium carbide + Heavy water longrightarrow C x D x+ Ca ( OD )x The value of x is . (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Calcium carbide + Heavy water longrightarrow C x D x+ Ca ( OD )x The balanced chemical equation for the reaction is written as: CaC 2+2 D 2 O longrightarrow C 2 D 2+ Ca ( OD )2 So, value of ' x ' is 2 .

Q. Calcium carbide reacts with heavy water to form two products as shown below.
Calcium carbide $+$ Heavy water $⟶ C_{x} D_{x} + C a (O D)_{x}$
The value of $x$ is ___.

Calcium carbide $+$ Heavy water $⟶ C_{x} D_{x} + C a (O D)_{x}$
The balanced chemical equation for the reaction is written as:
$C a C_{2} + 2 D_{2} O ⟶ C_{2} D_{2} + C a (O D)_{2}$
So, value of ' $x$ ' is $2$ .

Q. Calcium carbide reacts with heavy water to form two products as shown below. Calcium carbide + Heavy water ⟶Cx​Dx​+Ca(OD)x​ The value of x is ___.

Calcium carbide + Heavy water ⟶Cx​Dx​+Ca(OD)x​ The balanced chemical equation for the reaction is written as: CaC2​+2D2​O⟶C2​D2​+Ca(OD)2​ So, value of ' x ' is 2 .

Q. Calcium carbide reacts with heavy water to form two products as shown below.
Calcium carbide $+$ Heavy water $⟶ C_{x} D_{x} + C a (O D)_{x}$
The value of $x$ is ___.

Calcium carbide $+$ Heavy water $⟶ C_{x} D_{x} + C a (O D)_{x}$
The balanced chemical equation for the reaction is written as:
$C a C_{2} + 2 D_{2} O ⟶ C_{2} D_{2} + C a (O D)_{2}$
So, value of ' $x$ ' is $2$ .