20.0kg of N2(g) and 3.0kg of H2(g) are mixed to produce (NH)3(.g.) . The amount of (NH)3(g) formed is :

Question

20.0kg of N2(g) and 3.0kg of H2(g) are mixed to produce (NH)3(.g.) . The amount of (NH)3(g) formed is : (A) 17kg (B) 34kg (C) 20kg (D) 3kg

Tardigrade Admin · Accepted Answer

underset28 gN2+ underset6 g3 H2 arrow underset34 g2 NH3 Limiting reactant is H2 . Weight of NH3 obtained from 6× 10- 3kg of H2 =34× 10- 3kg ∴ Weight of NH3 obtained from 3kg of H2 =(34 × 10- 3/6 × 10- 3)× 3=17kgNH3

Q. $20.0 k g$ of $N_{2} (g)$ and $3.0 k g$ of $H_{2} (g)$ are mixed to produce $(N H)_{3} (g)$ . The amount of $(N H)_{3} (g)$ formed is :

$17 k g$

$34 k g$

$20 k g$

$3 k g$

Q. 20.0kg of N2​(g) and 3.0kg of H2​(g) are mixed to produce (NH)3​(g) . The amount of (NH)3​(g) formed is :

17kg

34kg

20kg

3kg

28gN2​​+6g3H2​​→34g2NH3​​ Limiting reactant is H2​ . Weight of NH3​ obtained from 6×10−3kg of H2​ =34×10−3kg ∴ Weight of NH3​ obtained from 3kg of H2​ =6×10−334×10−3​×3=17kgNH3​

Q. $20.0 k g$ of $N_{2} (g)$ and $3.0 k g$ of $H_{2} (g)$ are mixed to produce $(N H)_{3} (g)$ . The amount of $(N H)_{3} (g)$ formed is :

$17 k g$

$34 k g$

$20 k g$

$3 k g$