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1. Write an Matlab m-file to solve this problem with Runge-Kutta method. Solve the concentration of T1 and T2 (or salt content) as function of time (up to 100 minutes). Both T1 and T2 are mixing tanks (assume immediate mixing). T1's capacity is 100 gallon and T2's capacity is 200 gallon. Initially, T1 contains full tank of salt solution which has 100 pounds of salt, T2 has full tank of pure water. When the input valve on T1 is turned on, the input flow rate (F1) is 10 gallon per minute with concentration of salt 0.6 pound per gallon flows into T1, and 15 gallons per minute (R1) of solution flows into T2, and 5 gallons per minute of solution flows from T2 to T1 (R2), and 20 gallons of solution (R3) flows out of T2. Also there is input (F2) flows into T2 at 10 gallons per minute. F2's concentration is 1 pound per gallon.
The gage pressure of the air in the tank shown in Fig P1-73 is measured to be 80 kPa. Determine the differential height h of the mercury column.
The cylinder of mass m and radius r rolls without slipping on the circular surface of radius p. Attached to the cylinder is a small body of mass m/4. Determine the maximum value of p for which the body is stable in the equilibrium position shown.
chris being an avid skier takes a trip to an alpine resort to ski. he skies down the slope which could be approximated
a pipeline used for the transport of crude oil is buried in the earth such that its centerline is a distance of 1.5m
r-134a enters a water-cooled compressor as saturated vapor at 1 bar with a mass flow rate of 0.9 kgmin. the inlet area
what is the definition of the prandtl number? how does its value affect relative growth of the velocity and thermal
Use potential flow theory to determine the lift coefficient of a spinning baseball in terms of the forward velocity (V ) and spin RPM.
A train car has a mass of 17500 kg and is travelling at 10 m/s to the right on a horizontal track. At the same time, another train car with a mass of 12500 kg is travelling on the same track at 6 m/s in the opposite direction. The coefficient of kine..
consider a shell and tube heat exchanger which is used to heat water cp water 4.33kjkgk from 10 deg c to 85 deg c
an electric 50 l hot water tank is initially full and has a temperature of 90 degrees c. water is drawn from the tank
Determine the heat transport rate of energy through an animal skull where average inside surface temperature is 95 degrees farinhiet and whose out outside surface temperature is 90 F. Assume the skull is a spherical shell 7.5 inches in outside dia..
if the effects of atmospheric resistance are accounted for a fallinf body has an acceleration defined by the equation
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