Using Newton-Raphson Method, solve the root of the equation f(h) = tRh? -h3 - V. (R=10, V=1000) sume an initial value of h = 10. Stop the iteration when an approximate error is equal or less than 0.1 %. You y add additional rows on the table if needed. iteration hi error (%) 1 10 CamScanner 0000

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Chapter2: Second-order Linear Odes
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USE THE GIVEN TABLE AND PERFORM NEWTON-RAPSON METHOD

3. Using Newton-Raphson Method, solve the root of the equation f(h) = tRh² – h3 - V. (R=10, V=1000)
Assume an initial value of h = 10. Stop the iteration when an approximate error is equal or less than 0.1 %. You
may add additional rows on the table if needed.
iteration
hi
error (%)
1
10
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Transcribed Image Text:3. Using Newton-Raphson Method, solve the root of the equation f(h) = tRh² – h3 - V. (R=10, V=1000) Assume an initial value of h = 10. Stop the iteration when an approximate error is equal or less than 0.1 %. You may add additional rows on the table if needed. iteration hi error (%) 1 10 CamScanner
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