In the given reaction, X + Y +3 Z leftarrows XYZ 3 if one mole of each of X and Y with 0.05 mol of Z gives compound XYZ 3. (Given: Atomic masses of X, Y and Z are 10,20 and 30 amu, respectively). The yield of XYZ 3 is g. (Nearest integer)

Question

In the given reaction, X + Y +3 Z leftarrows XYZ 3 if one mole of each of X and Y with 0.05 mol of Z gives compound XYZ 3. (Given: Atomic masses of X, Y and Z are 10,20 and 30 amu, respectively). The yield of XYZ 3 is g. (Nearest integer) (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

underset1 textmol X + underset 1 textmol Y + underset0.05 textmol 3 Z leftharpoons X Y Z 3 Z is L.R. (0.05/3)=1 text mole of XYZ 3 text Mass of XYZ 3=(0.05/3) ×(10+20+30 × 3) =2 g

Q. In the given reaction,
$X + Y + 3 Z ⇄ X Y Z_{3}$
if one mole of each of $X$ and $Y$ with $0.05 m o l$ of $Z$ gives compound $X Y Z_{3}$ . (Given : Atomic masses of $X, Y$ and $Z$ are $10, 20$ and $30$ amu, respectively). The yield of $X Y Z_{3}$ is
___ $g$ . (Nearest integer)

$1 mol X + 1 mol Y + 0.05 mol 3 Z ⇌ X Y Z_{3}$
$Z$ is L.R.
$\frac{0.05}{3} = 1 mole of X Y Z_{3}$
$Mass of X Y Z_{3} = \frac{0.05}{3} \times (10 + 20 + 30 \times 3)$
$= 2 g$

Q. In the given reaction, X+Y+3Z⇄XYZ3​ if one mole of each of X and Y with 0.05mol of Z gives compound XYZ3​. (Given : Atomic masses of X,Y and Z are 10,20 and 30 amu, respectively). The yield of XYZ3​ is ___g. (Nearest integer)

1mol X​+1mol Y​+0.05mol3Z​⇌XYZ3​ Z is L.R. 30.05​=1 mole of XYZ3​ Mass of XYZ3​=30.05​×(10+20+30×3) =2g

Q. In the given reaction,
$X + Y + 3 Z ⇄ X Y Z_{3}$
if one mole of each of $X$ and $Y$ with $0.05 m o l$ of $Z$ gives compound $X Y Z_{3}$ . (Given : Atomic masses of $X, Y$ and $Z$ are $10, 20$ and $30$ amu, respectively). The yield of $X Y Z_{3}$ is
___ $g$ . (Nearest integer)

$1 mol X + 1 mol Y + 0.05 mol 3 Z ⇌ X Y Z_{3}$
$Z$ is L.R.
$\frac{0.05}{3} = 1 mole of X Y Z_{3}$
$Mass of X Y Z_{3} = \frac{0.05}{3} \times (10 + 20 + 30 \times 3)$
$= 2 g$