Explore topic-wise MCQs in Aerodynamics.

This section includes 6 Mcqs, each offering curated multiple-choice questions to sharpen your Aerodynamics knowledge and support exam preparation. Choose a topic below to get started.

1.

2H2 + O2 → 2H2O is an elementary chemical reaction.

A. True
B. False
Answer» C.
Discussion
2.

What is the value of equilibrium constant based on concentrations if the forward and reverse rate constant of a non – equilibrium reaction are 1.85 × 10-4 and 2.34 × 10-5?

A. 6.45
B. 7.91
C. 8.43
D. 2.31
Answer» C. 8.43
Discussion
3.

For the equilibrium reaction, what is the relation between the forward and reverse reaction rate constant?

A. kf = kb\(\frac {[O]}{[O_2]}\)
B. kf = kb\(\frac {[O]^{*2}}{[O_2]^{*}}\)
C. kf = kb\(\frac {[M]^{*}}{[O_2]}\)
D. kf = kb\(\frac {[O_2]}{[O]} \) View Answer
Answer» C. kf = kb\(\frac {[M]^{*}}{[O_2]}\)
Discussion
4.

What is the equation of rate of formation of oxygen atoms in the following chemical reaction? (M is the collision molecule)

A. \(\frac {d[O_2]}{dt}\) = k[O2][M]
B. \(\frac {d[O]}{dt}\) = 2k[O2][M]
C. \(\frac {d[O_2]}{dt}\) = 2k[O][M]
D. \(\frac {d[O]}{dt}\) = k[O][M] View Answer
E. a) \(\frac {d[O_2]}{dt}\) = k[O2][M] b) \(\frac {d[O]}{dt}\) = 2k[O2][M] c) \(\frac {d[O_2]}{dt}\) = 2k[O][M] d) \(\frac {d[O]}{dt}\) = k[O][M] View Answer
Answer» C. \(\frac {d[O_2]}{dt}\) = 2k[O][M]
Discussion
5.

The dissociative – recombination reaction below yields in NO.

A. True
B. FalseView Answer
Answer» C.
Discussion
6.

Which of these reactions is not carried out for the formation of nitric oxide?

A. Dissociation reaction of oxygen molecule
B. Dissociation reaction of nitrogen molecule
C. Shuffle reaction of nitric oxide molecule
D. Dissociative – recombination reaction of nitrogen and oxygen
Answer» E.
Discussion