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This section includes 7 Mcqs, each offering curated multiple-choice questions to sharpen your Aerodynamics knowledge and support exam preparation. Choose a topic below to get started.
1. |
What happens to a reaction when reaction quotient is equal to the equilibrium constant? |
A. | Forward reaction |
B. | Equilibrium |
C. | Reverse reaction |
D. | No change |
Answer» D. No change | |
2. |
For the reaction below, what is the relation between the rate of forward and reverse reaction? |
A. | Ratef = Rater |
B. | Ratef > Rater |
C. | Ratef < Rater |
D. | Ratef Rater = 1View Answer |
Answer» B. Ratef > Rater | |
3. |
What is chemical equilibrium? |
A. | Change in temperature spontaneously |
B. | No change in chemical composition spontaneously |
C. | Change in pressure |
D. | Equilibrium between mole fractions |
Answer» C. Change in pressure | |
4. |
What is the equilibrium constant for the following reaction? |
A. | \(\frac {p_X p_Y}{p_{XY}}\) = Kp(T) |
B. | \(\frac {p_X + p_Y}{p_X p_Y}\) = Kp(T) |
C. | \(\frac {p_X – p_Y}{p_X p_Y}\) = Kp(T) |
D. | \(\frac {p_X + p_Y}{p_X – p_Y}\) = Kp(T)View Answer |
Answer» B. \(\frac {p_X + p_Y}{p_X p_Y}\) = Kp(T) | |
5. |
What is Dalton’s law? |
A. | Total temperature is equal to sum of partial temperatures |
B. | Total entropy is equal to sum of partial entropies |
C. | Total pressure is equal to sum of partial pressures |
D. | Total number of moles is equal to sum of mole fractions |
Answer» D. Total number of moles is equal to sum of mole fractions | |
6. |
Which of these methods is not used in describing the composition of air which is at a chemical equilibrium? |
A. | Partial pressure |
B. | Partial temperature |
C. | Mass fraction |
D. | Mole – mass ratio |
Answer» C. Mass fraction | |
7. |
At high temperature, there’s presence of only oxygen and nitrogen molecules in the air. |
A. | True |
B. | False |
Answer» C. | |