Podcast
Questions and Answers
In the given equations, what factor is Rs proportional to?
In the given equations, what factor is Rs proportional to?
- $k_B'$
- $(N)^{\frac{1}{2}}$ (correct)
- $(1+k_B')$
- $(\alpha - \frac{1}{\alpha})$
What does the term $t_R$ represent in the equations?
What does the term $t_R$ represent in the equations?
- Selectivity
- Capacity factor
- Efficiency
- Retention time (correct)
To obtain a high efficiency, what must be increased according to the given text?
To obtain a high efficiency, what must be increased according to the given text?
- Efficiency
- Capacity factor
- Retention time (correct)
- Selectivity
In the equation $N = 16 (t_R/W)^2$, what does increasing W lead to?
In the equation $N = 16 (t_R/W)^2$, what does increasing W lead to?
What is the relationship between Rs and selectivity according to the given equations?
What is the relationship between Rs and selectivity according to the given equations?
What is the mobile phase in gas solid chromatography?
What is the mobile phase in gas solid chromatography?
What is the stationary phase in gas liquid chromatography?
What is the stationary phase in gas liquid chromatography?
Which type of gas chromatography is most useful for the separation and analysis of gases like CH4 and CO2?
Which type of gas chromatography is most useful for the separation and analysis of gases like CH4 and CO2?
What is the affinity of solutes towards in gas solid chromatography?
What is the affinity of solutes towards in gas solid chromatography?
Why is the use of gas solid chromatography considered minimal compared to gas liquid chromatography in practice?
Why is the use of gas solid chromatography considered minimal compared to gas liquid chromatography in practice?