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Change the second order equation y'' + sin y' +
cos y = 0, y(0) = -1, y'(0) = 1 to a first order system.
Given an initial value problem y' = f(t,
y), y(0) = y0, what is the equivalent
integral equation?
What is the local truncation error of the Euler's method?
What is the order of the local truncation error? What is the order of the
global error?
Write down the formula of the improved Euler's method and
the implicit trapezoidal method.
Given the following initial value problem:
y1' = y1 - sin
y2
y1(0) = 0
y2' = y22 +
ey1 - 1
y2 (0) = 1
Write down the equations that determine the equilibriums?
Is (0,0) an equilibrium?
What is the Jacobian matrix of the system at (0, 0)?
Assume the eigenvalues of the Jacobian matrix is 1.5 + 0.86 i and 1.5-0.86
i. How do we call such an equilibrium?
Write one step calculation for the Euler's method and backward Euler's
method with h = 0.1.