#OK to post hw #Nicholas DiMarzio, 12/2/21, Assignment 25 P11:using numerics Orb([x^2 - 2*x + 2], [x], [2], 1000, 1010); [[2], [2], [2], [2], [2], [2], [2], [2], [2], [2], [2]] Orb([x^2 - 2*x + 2], [x], [1.9], 1000, 1010); [[1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000]] Orb([x^2 - 2*x + 2], [x], [1], 1000, 1010); [[1], [1], [1], [1], [1], [1], [1], [1], [1], [1], [1]] Orb([x^2 - 2*x + 2], [x], [1.1], 1000, 1010); [[1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000]] Orb([x^2 - 2*x + 2], [x], [0.9], 1000, 1010); [[1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000], [1.000000000]] So x = 2 is unstable and x = 1 is stable P12: using numerics Orb([5/2*x - 5/2*x^2], [x], [0], 1000, 1010); [[0], [0], [0], [0], [0], [0], [0], [0], [0], [0], [0]] Orb([5/2*x - 5/2*x^2], [x], [0.01], 1000, 1010); [[0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005]] Orb([5/2*x - 5/2*x^2], [x], [0.001], 1000, 1010); [[0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005]] Orb([5/2*x - 5/2*x^2], [x], [0.6], 1000, 1010); [[0.6000000000], [0.6000000000], [0.6000000000], [0.6000000000], [0.6000000000], [0.6000000000], [0.6000000000], [0.6000000000], [0.6000000000], [0.6000000000], [0.6000000000]] Orb([5/2*x - 5/2*x^2], [x], [0.59], 1000, 1010); [[0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995], [0.6000000005], [0.5999999995]] So x = 0 is unstable and x = 0.6 is stable