Which of the following is not a factor applied to evaluate the theories of plume rise?

Which of the following is not a factor applied to evaluate the theories of plume rise? Correct Answer Nature of the plume

All the given factors, except for the plume nature, are used to study the theories. The theoretical equations used to study plume rise are debated upon heavily. Some other factors include stack height, rate of emission, and the stability of the atmosphere.
Bissoy MCQ

Related Questions

Since mid-1950s, the major trends in comparative politics have been in the areas of
1. System theories
2. Culture theories
3. Development theories
4. Class theories
Select the correct answer:
A cam should be designed only using uniform rise and fall within half of the cam, the remaining is dwell period, and without any dwell period in between the rise -fall periods and rise and fall periods should be same. The maximum rise in follower is 30 mm. How much the follower will rise when the follower is 120 degrees from its initial position of a cam?
A cam should be designed only using uniform rise and fall within half of the cam, the remaining is dwell period, and without any dwell period in between the rise-fall periods and rise and fall periods should be same. The maximum rise in follower is 45 mm. How much the follower will rise when the follower is 45 degrees from its initial position of a cam?
A cam should be designed only using uniform rise and fall within the second half of cam profile, the first half is dwell period, without any dwell period in between the rise and fall periods and rise and fall periods should be same. The maximum rise in follower is 45 mm. How much the follower will rise when the follower is 120 degrees from its initial position of a cam?
A cam should be designed only using uniform rise and fall within the second half of cam profile, the first half is dwell period, without any dwell period in between the rise and fall periods and rise and fall periods should be same. The maximum rise in follower is 55 mm. How much the follower will rise when the follower is 240 degrees from its initial position of a cam?
A cam should be designed only using uniform rise and fall within first half of cam profile, the remaining is dwell period, and without any dwell period in between the rise-fall periods and rise and fall periods should be same. The maximum rise in follower is 35 mm. How much the follower will rise when the follower is 240 degrees from its initial position of a cam?
S1: There are divergent theories of education.
P: There is still another which holds that education has to be considered rather in relation to community than to the other.
Q: Yet again, some believe that a right proportion of all the theories should go into every system.
R: The other holds that the purpose of education is to impart culture.
S: The first considers that the sole purpose of education is to provide opportunities for growth.
S6: No actual education proceeds wholly and completely on any one of the theories.

The Proper sequence should be:
In which of the listed plume behaviours, does the plume get stuck between two inversion layers?
Consider the following statements: 1. The delay time is the time required to reach 50% of the final value in the first time. 2. The rise time is the time required for the response to rise from 10% to 90% of its final value for underdamped systems. 3. The rise time is the time required for the response to rise from 0 to 100% for the underdamped systems. Which of these statements are correct?
Consider the following statements and choose the correct answer:
1. A direct proportionality exists between vapour pressure and the concentration of water vapour in the atmosphere
2. Relative humidity is an expression of the ratio of the actual vapour pressure of the atmosphere when saturated at the same temperature
3. A rise or fall in temperature with no change in vapour pressure will cause a drop or rise, respectively, in relative humidity
4. A rise or fall in vapour pressure with no change in temperature will be accompanied by a rise or fall, respectively, in relative humidity