Using Fixed-Point Iteration with an initial value of 0, find a value of the root with a relative approximate error of less than 1%. f (x) = tan a + cos(2r) – 1.1 Round-off intermediate values to 7 decimal places, and the final answer to 5 decimal places. Hint: First, rewrite the function so that f(x) = 0. Then, add "x" to both sides of the equation to get the iterative formula. none of the choices O-5.28384 -5.12841 -5.24362 -5.29990

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Using Fixed-Point Iteration with an initial value of 0, find a value of the root with a relative
approximate error of less than 1%.
f (x) = tan a + cos(2r) – 1.1
Round-off intermediate values to 7 decimal places, and the final answer to 5 decimal
places.
Hint: First, rewrite the function so that f(x) = 0.
Then, add "x" to both sides of the equation to get the iterative formula.
none of the choices
O -5.28384
-5.12841
-5.24362
-5.29990
Transcribed Image Text:Using Fixed-Point Iteration with an initial value of 0, find a value of the root with a relative approximate error of less than 1%. f (x) = tan a + cos(2r) – 1.1 Round-off intermediate values to 7 decimal places, and the final answer to 5 decimal places. Hint: First, rewrite the function so that f(x) = 0. Then, add "x" to both sides of the equation to get the iterative formula. none of the choices O -5.28384 -5.12841 -5.24362 -5.29990
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