Given the differential equation y ′′ + 2y ′ = x with the boundary values y (3.5) = 2 and y (4.5) = 8. Estimate y (4.0) with the finite difference method and the step length 0.5 The answer is y(4)=6
Given the differential equation y ′′ + 2y ′ = x with the boundary values y (3.5) = 2 and y (4.5) = 8. Estimate y (4.0) with the finite difference method and the step length 0.5 The answer is y(4)=6
Given the differential equation y ′′ + 2y ′ = x with the boundary values y (3.5) = 2 and y (4.5) = 8. Estimate y (4.0) with the finite difference method and the step length 0.5 The answer is y(4)=6
Given the differential equation y ′′ + 2y ′ = x with the boundary values y (3.5) = 2 and y (4.5) = 8. Estimate y (4.0) with the finite difference method and the step length 0.5
The answer is y(4)=6
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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