In the Haber reaction $\mathrm{N}{}_2+3\mathrm{H}{}_2\to 2\mathrm{NH}{}_3$, ammonia forms at a rate of $0.60\mathrm{mol}{\mathrm{L}}^{-1}\mathrm{mi}{\mathrm{n}}^{-1}$. At what rate (in $\mathrm{mol}{\mathrm{L}}^{-1}\mathrm{mi}{\mathrm{n}}^{-1}$) is hydrogen consumed?

More questions on Rate of reaction, rate law, order and molecularity

• Mechanism for NO2 + CO -> NO + CO2: slow 2NO2 -> NO3 + NO with step rate = k[NO2]^2, k = 0.50 M^-1 s^-1; fast NO3 + CO -> NO2 + CO2. At [NO2... JEE Advanced level
• Acid-catalysed conversion: S + H+ <=> SH+ (fast, constant K), then SH+ + H2O -> P + H+ (slow, solvent in large excess). Experiment 1 uses [S... JEE Advanced level
• A mechanism for A + 2B -> D is: step 1 (slow) A + B -> C; step 2 (fast) C + B -> D, where C is an intermediate. The rate law is JEE Main level
• The decomposition 2H2O2 -> 2H2O + O2 of 50.0 mL of solution gives 33.6 mL of O2 (at STP, molar volume 22.4 L mol^-1) in the first 10.0 min. ... JEE Main level
• For 3A -> 2B, B is formed at 0.060 M s^-1. The rate of disappearance of A, in M s^-1, is JEE Main level
• For the scheme A -> I (k_1 = 0.060 s^-1), I -> A (k_-1 = 0.50 s^-1), I -> P (k_2 = 0.25 s^-1), all first order, apply the steady-state appro... JEE Advanced level