5) Consider the differential equation = , with initial condition y(2) = 3. Using Euler's method with h = 0.25 and 4 time steps, calculate the numerical solution of y when t = 3. Show all work, and keep all calculations accurate to at least 4 decimal places. %3D

Advanced Engineering Mathematics
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dy
5) Consider the differential equation
and 4 time steps, calculate the numerical solution
least 4 decimal places.
with initial condition y(2) = 3. Using Euler's method with h
y when t = 3. Show all work, and keep all calculations accurate to at
0.25
dt
Transcribed Image Text:dy 5) Consider the differential equation and 4 time steps, calculate the numerical solution least 4 decimal places. with initial condition y(2) = 3. Using Euler's method with h y when t = 3. Show all work, and keep all calculations accurate to at 0.25 dt
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