
How can I calculate the Average height of ordinate?
why the average height of ordinate during first 5 min is 4 in/hr??


How can I calculate the Average height of ordinate? why the average height of ordinate during...
Assume that the time evolution of the infiltration capacity for a given soil is governed by Horton's 2. equation. For this soil, the asymptotic or final equilibrium infiltration capacity isfe = 0.75 cm/hr, the initial infiltration capacity is fo 5 cm/hr, and the rate of decay of infiltration capacity parameter is k- 4 hr'. For the precipitation hyetograph tabulated below, carry out a complete infiltration analysis, including evaluation of the temporal evolution of the actual infiltration rate, actual cumulative infiltration...
1. (25pts) The following data show the rainfall distribution of a 60-min storm: If the infiltration capacity can be described by the following Horton parameters: f= 550 mm/h, fc= 30 mm/h, and k= 0.5 min", determine: a) when the runoff starts (5pts). b) the cumulative infiltration amount for the whole storm (20 pts). Interval (min) Average rainfall (mm/h) 0-10 10-20 20-30 30-40 40-50 50-60
Assessment 11: From the following v-t plot, calculate Velocity - Time Graph i) the average acceleration of the particle between Os to 20s. 50 40- 30- 20- Speed Acceieration 10 20 30 40 50 60 70 80 90 Timels ii) the displacement of the particle between 20s to 40 s Booklet 1; Page 10 of 22 r. Dey
I need help with A & B.
The graph for both are on the right.
I need help with part C.
I need help with part D as
well.
So all together Parts A, B, C, D.
Homework: MEL Homework 10 - Using Units to Solve Engineering Score: 0 of 2 pts HW 2 of 8 (1 complete) Instructor-created question - X iMore Info Below is a graph of the vertical position of a person bungee jumping, in meters. Click...
I am confusing about how to draw the queue with the given
operation. I know that the queue is "first in first out". However,
I am confused about how to draw it.
6) [4] Given the following contents of a circular array implementation of a queue 0 2 3 4 5 20 30 40 first last Show the contents of the queue and locations of first and last after doing the following: Queue.dequeue ); Queue.dequeue (); Queue.enqueue (50); Queue.enqueue (60);...
Question. 2 (10 marks) (CLO 5 50%, CLO6 20% and CLO7 30%) Part. 1. (5 marks) A watershed has three areas which are (Area 1, Area 2, and Area 3) as showing in next Figure. The unit hydrographs, rainfall intensities, and losses for each area are shown in the tables below. The Area 1 travel time between point A and point B is 1 hr. Determine the hydrograph at point B. Area 2 Area 1 Time (hr) 0-0.5 0.5 -...
Can someone help me with bumber
3? i do not know if i did it right, i also dont know how to find 3.
d.
3. A production process at Kenneth Day Manufacturing is shown in the figure below. The drilling operation occurs separately from, and simultaneously with the sawing and sanding, which are independent sequential operations. A product needs to go through only one of the three assembly operations (the operations are in parallel). 60/24-25min 60/2 = 30 min...
How to calculate weighted average cost of capital WACC
at various tax rates? show process
Weighted Average Cost of Capital (WACC) at various tax rates Proportion of Debt [= D/(D+E) ] 0% Cost of Debt Cost of Equity 10% tax rate 20% tax rate 30% tax rate 40% tax rate 50% tax rate 60% tax rate 70% tax rate 1 4.50% 9.25% 5% 4.65% 9.50% 10% 4.85% 9.80% 15% 10.15% 5.10% 5.40% 20% 10.55% DI 25% 5.80% 11.00% 30% 6.30%...
on ral allofit An asphalt concretecylindrical specimen with a diameter di 4.1 in and a height hi5.999 in was subjected to an axial compressive static load P158 lb for 1 hour after which time the load was removed. The test was performed at a temperature of T102 F. The height of the specimen was measured at different time intervals during loading and unloading for a total of 2 hours and produced the results in the table below. Strein a. Using...
by using matlab, how can i solve this problem?
8. The U.S. Standard Atmosphere specifies atmospheric properties as a function of altitude above sea level. The following table shows selected values of temperature, pressure, and density. Altitude (km) -0.5 Temperature (°C) 18.4 Pressure (atm) 1.0607 0.73702 Density (kg/m) 1.2850 0.95697 2.5 -1.1 6 -23.8 0.46589 0.66015 11 -56.2 0.22394 0.36481 20 -56.3 0.054557 0.088911 28 -48.5 50 -2.3 60 -17.2 0.015946 7.8721 X 104 2.2165 X 104 1.0227 X 10-5...