Bissoy.com
Doctors Medicines MCQs Q&A

According to Khosla, the exits gradient of surface flow

According to Khosla, the exits gradient of surface flow Correct Answer Depends upon the $$\frac{{\text{b}}}{{\text{d}}}$$ ratio

Related Questions

According to Khosla’s theory, the exit gradient in the absence of a downstream cutoff is
For the stability of a structure against seepage pressure according to Khosla's creep theory, the critical gradient is
When a child process exits before the parent process exits, which of the following is true:
Khosla’s safe exit gradient for design of weirs will be the lowest for which of following soil types
Which of the following activities should be shown separately in the cash flow statement prepared as per Accounting Standard-3?
1. Cash flow from borrowing activities
2. Cash flow from operating activities
3. Cash flow from financing activities
4. Cash flow from investing activities
5. Cash flow from miscellaneous activitie
Which of the following activities should be shown separately in the cash flow statement prepared as per accounting standard-3?
I. Cash flow from borrowing activities.
II. Cash flow from operating activities.
III. Cash flow from financing activities.
IV. Cash flow from investing activities.
V. Cash flow from miscellaneous activities.
Refer to the cash flow diagram of uniform gradient in a cash flow (in the given figure), the gradient is:
Refer to the cash flow diagram of uniform gradient in a cash flow (in the given figure), the gradient is:
Engineering Economics mcq question image
Consider the following statements concerning railways: 1. A level stretch equal to the maximum train length is to be provided between the gradient reaches where a rising gradient is followed by a falling gradient. 2. Vertical curves in railway tracks are not set out as parabolas. 3. Diamond crossings can be laid on curves also. 4. Curves should be avoided at the top level segment of bridges. Which of the above statements are correct?
Consider an enclosure formed by three surfaces having the following values of shape factors, emissivities and temperatures Surface 1 i.e. curved cylindrical has an emissivity 0.75 and temperature 800 K Surface 2 i.e. closing disc has an emissivity 0.8 and temperature 700 K Surface 3 i.e. closing disc has an emissivity 0.8 and temperature 700 K The closing flat discs are 25 mm in diameter and they have interspacing distance equal to 100 mm. If the shape factor between these two identical discs is 0.05, calculate the net rate of radiant heat flow from the curve surface to each of the closing end surface