please explain the steps to your solution using Microsoft excel to Compute the answer 7) From x-1 tox-2, find the values of the function whose derivative is dy Inx) + xy dx using the 2"d order...

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7) From x-1 tox-2, find the values of the function whose derivative is dy Inx) + xy dx using the 2d order Runge-Kutta approx

please explain the steps to your solution using Microsoft excel to Compute the answer

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Answer 1

Answer #1

11.1 1.12 0.1321952098 2 1.2 1.26 0.1700257083 3 1.3 1.46 0.2155171438 4 14 1.7 0.2712446018 5 1.5 2 0.3405508184 98112 0 191

K_1 is calculated as ln(x_n) +x_n*y_;

K_2 is calculated as ln(x_n+h/2)+(x_n+h/2)*(y_n+k_1/2)

With k_1 calculated as above

And y_(n+1)=y_n+k_2

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Answer 2

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please explain the steps to your solution using Microsoft excel to Compute the answer 7) From x-1 tox-2, find the values of the function whose derivative is dy Inx) + xy dx using the 2"d order...

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please explain the steps to your solution using Microsoft excel to Compute the answer 7) From x-1 tox-2, find the values of the function whose derivative is dy Inx) + xy dx using the 2"d order...

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Add Answer to: please explain the steps to your solution using Microsoft excel to Compute the answer 7) From x-1 tox-2, find the values of the function whose derivative is dy Inx) + xy dx using the 2"d order...

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please explain the steps to your solution using Microsoft excel to Compute the answer 7) From x-1 tox-2, find the values of the function whose derivative is dy Inx) + xy dx using the 2"d order...