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13 Nov 2019
#3
Math 2050 Warksheet 16-Systems of Differential Equations #1 Consider the following equatinns, which douribe the interim-of ewu species and their growth rates. (a) Find an equation relating tuy (b) Find th" valus of ind y which both growth rates are a fr #2 Find th" nontrivial equilibrium point 3 For each system, (a) find the nontrivial equilibrium point hr each midei reprintedby the ystem of differential equations In each 'ystem r 20and y2.(b)Skroa- plane diagram #4 Rnearthen hav" modeled scarlet lever epidemicsin Liverpool, Engand, dngthe 19h century using the syt of diferential equations where N is the populatioo sine x is the fraction of the pepulation that sucepuble.yis the fraction ofth, population tisuheted, isthedeath na, visth" rate of recovery from in susceptibility Consider the case when there is e arn inebity,so that & 0 Find the equilibrium point
#3
Math 2050 Warksheet 16-Systems of Differential Equations #1 Consider the following equatinns, which douribe the interim-of ewu species and their growth rates. (a) Find an equation relating tuy (b) Find th" valus of ind y which both growth rates are a fr #2 Find th" nontrivial equilibrium point 3 For each system, (a) find the nontrivial equilibrium point hr each midei reprintedby the ystem of differential equations In each 'ystem r 20and y2.(b)Skroa- plane diagram #4 Rnearthen hav" modeled scarlet lever epidemicsin Liverpool, Engand, dngthe 19h century using the syt of diferential equations where N is the populatioo sine x is the fraction of the pepulation that sucepuble.yis the fraction ofth, population tisuheted, isthedeath na, visth" rate of recovery from in susceptibility Consider the case when there is e arn inebity,so that & 0 Find the equilibrium point
Tod ThielLv2
17 Jul 2019