4x3 + 6x2 + 75x + 75 Consider the indefinite integral x4 + 25x2 Then the integrand has partial fractions decomposition cx + d + x2 + 25 a x2 where a = b = C = d = Integrating term by term, we obtain that [4ӕ3 + 62? + 75х + 75 dx = x4 + 25x2 +C
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- use intergration by parts intergral x(x-6)5dxA multiunit mixing process consists of two tanks T1 and T2. Ten (10) gal/min of pure water is pumped from the outside into Tank 1 which initially contains 100 gal of water in which 120 Ib of salt are dissolved. Tank 2 initially contains 200 gal of water in which 50 Ib of salt are dissolved. Liquid is circulated continuously between the two tanks by pumping 12 gal/min from Tank 1 into Tank 2 and pumping 2 gal/min from Tank 2 into Tank 1. Also, 10 gal/min of the uniform solution in Tank 2 is taken out of the system. Thus, the volume of the content of each tank remains constant and the contents of the two tanks are kept uniform by stirring. Find the design equations that would be necessary to calculate the salt contents y1 (t) and y2 (t) in Tank T1 and Tank T2 respectively at any time t. What would be the salt contents in the tanks after a long time? When will the salt contents of the two tanks be equal and what will be the salt contents in the tanks at that time? Calculate your…In a large tank there are 1000 gallons (gal) of water with a concentration of 1 pound (lb)per gallon of a pollutant. Water with a concentration of 2.5 lb/gal flows in at a rate of 8gal/min (gallons per minute). At the same time, water flows out at the same rate throughan outlet at the bottom. (Assume that the incoming solution is perfectly mixed in the tankat all times.) When will the concentration of pollutant reach 2 lb/gal?
- (Please show your step-by-step solution) Partial Fraction Decomposition: Evaluate the following integrals using partial fraction decomposition.I have a partial solution i just need the last 2 onesWhen can I use U-substitution, Integration by Parts, Trigonometic Substitution and Integration by Partial Fractions? please specify