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

Xmo+Ymo+3Z0.05 mol⇌XYZ3 3 moles of Z gives 1 mole of XYZ3 0.05 moles of Z will give 0.053mole of XYZ3 Mass of XYZ3=0.053×10+20+30×3 =2g

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In the given reaction
$X + Y + 3 Z ⇆ X Y Z_{3}$
if one mole each of X and Y with 0.05 mol of Z gives compound XYZ₃ .(Given :Atomic masses of X, Y andZ are 10, 20, and 30 amu, respectively ).The yield of XYZ₃ is __________g.
(Nearest integer)

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Detailed Solution

$\underset{|m o|}{X} + \underset{|m o|}{Y} + \underset{0.05 m o l}{3 Z} ⇌ X Y Z_{3} 3 m o l e s o f Z g i v e s 1 m o l e o f X Y Z_{3} 0.05 m o l e s o f Z w i l l g i v e \frac{0.05}{3} m o l e o f X Y Z_{3} M a s s o f X Y Z_{3} = \frac{0.05}{3} \times (10 + 20 + 30 \times 3) = 2 g$