Determine the actual distance below the surface at velocity

Reference no: EM13322523

In the determination of the average velocity of flow in wide rivers, it is common practice to estimate the average velocity in a vertical section by making a single measurement at a distance below the water surface equal to 60 percent of the depth. Assuming the following equation represents the true distribution in the vertical, determine the actual distance below the surface at which the velocity, u, equals the depth-averaged velocity, U.

Reference no: EM13322523

Questions Cloud

What project management tools : What project management tools do you feel are most useful and why?

Determine the intervals of increase or decrease : (a) Find the intervals of increase or decrease. (b) Find the local maximum and minimum values. (c) Find the intervals of concavity and the in?ection points. (d) Use the information from parts (a)-(c) to sketch the graph. G(x)= 5x^(2/3)-2x^(5/3)

Determine what will be the height above datum of a point b : If the free surface at a distance from the axis of the vortex, which is sufficient for its effect to be negligible, is 180 mm above datum, what will be the height above datum of a point B on the free surface at a radius of 100 mm

A professional journal on a current hr-related topic : Choose a research article from a professional journal on a current HR-related topic. The article should contain information on an actual study of a hypothesis with corresponding results.

Determine the actual distance below the surface at velocity : Assuming the following equation represents the true distribution in the vertical, determine the actual distance below the surface at which the velocity, u, equals the depth-averaged velocity, U.

Investigate the issues at pressure hydraulics : Improve control over stock ordering. A new system is required to manage this aspect of the business. The ability to order stock for the three businesses instead of individual ordering would ensure economies not being realised at the moment.

Write a java application to display the following gui : Week 3 Programming Assignment Create Java programs for the following two problems. 1. Write a Java application to display the following GUI. At this point you are only implementing the display.

Explain what is the concentration of the acid in molarity : r2 deaker and c3 phosphate are titrating 100 ml of monoprotic acid (HAc) with a .5M NaOH solution. the equivalence point was reached after the addition of 15 ml. what is the concentration of the acid in molarity

Compute the wavelength of the photon : The energy required to dissociate 1 mol of O2 to form 2 mole oxygen is 118kcal. find the wavelength of the photon

User Account

All Pages