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Generate 100 random integers uniformly distributed from 0 and 1000. Find the maximum rmax and its position imax, verify that r(imax)==rmax. Sort the integers in ascending order, verify that rsort(l)==min(r) and that rsort(100)==max(r) . Compute the number of integers larger than 900. Compute the sum of all the integers.
Find the absolute value of the magnitude of force vector B if the resultant force= 1000 lb, force vector A= 1000 lb, and the resultant forms a 45 degree angle with B, and vector B runs parallel to the y axis.
a highway reconstruction project is being undertaken to reduce crash rates. the reconstruction involves a major
Using Buckingham-Pi method, derive a relationship to evaluate the discharge, Q, over a rectangular notch as a function of the width of notch, b, acceleration due to gravity, g, fluid density
You have to find the three most suitable locations for an anshore windfarm in the Bristol, based on the Baban & Parry method (there is an article attached below). The Babab & Parry method is about making maps with a software called 'arcGIS' and 'a..
It rains an average rate of 0.4 in/hr in a 600 acre watershed for 3 days. Determine: a) average rainfall rate in cfs b) rainfall volume for the 3 days in acre-ft c) rainfall volume in inches.
The salt water mixes thoroughly with the fresh water and the mixture overflows out of the tank. If the flow rate out of the tank is 60 liters/minute. Assume freshwater is 1000 kg/m^3, and the salty water is 1020 kg/m^3.
What is the equilibrium droplet size at a relative humidity of 100% for a NaCl cubic crystal 0.077 micron on a side
Evaporation rate in a 3650 acre-lake is 100 acre-ft/d. If inflow to the lake is 25.2 cfs, determine the change in storage (ft) during 365 days.
For the position shown, compute the contact force at B and the magnitude of the reaction at A. Neglect friction and the weights of the components.
Air is expanded in a nozzle from a stagnation state of 2 MPa, 600 K, to a back pressure of 1.9 MPa. If the exit cross-sectional area is 0.003 m2, find the mass flow rate.
Air at 37 psi and 60oF is being forced into a tire at a velocity of 180 ft/s through a ¼ in. diameter opening. The tire has a volume of 17 ft3. Determine the rate of change of density in the tire. (3.01 *10-5 slugs/ft3 s)
Two pumping wells 1,000 m away fully penetrate the same confined aquifer. One of the wells pumps at a rate of 1240 m3/ day and the second well pumps at 850 m3/ day.
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