New ton’s method seeks to approximate a solution f(x) = 0 that starts with an initial approximation x 0 and successively defines a sequence z n + 1 = x n − f ( x n ) f ' ( x n ) . For the given choice of f and x 0 . write out the formula for x n + 1 . If the sequence appeals to converge, give an exact formula for the solution x. then identify the limit x accurate to four decimal places and the smallest ii such that x n agrees with x up to four decimal places.
New ton’s method seeks to approximate a solution f(x) = 0 that starts with an initial approximation x 0 and successively defines a sequence z n + 1 = x n − f ( x n ) f ' ( x n ) . For the given choice of f and x 0 . write out the formula for x n + 1 . If the sequence appeals to converge, give an exact formula for the solution x. then identify the limit x accurate to four decimal places and the smallest ii such that x n agrees with x up to four decimal places.
New ton’s method seeks to approximate a solution f(x) = 0 that starts with an initial approximation x0and successively defines a sequence
z
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+
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=
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n
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. For the given choice of f and x0. write out the formula for
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. If the sequence appeals to converge, give an exact formula for the solution x. then identify the limit x accurate to four decimal places and the smallest ii such that xnagrees with x up to four decimal places.
If the sequence of functions {f} converges in measure to two functions f(x) and g(x), then these limit functions are equi valent.
The size of an undisturbed fish population has been modeled by the formula
pn+1 = bpn / (a + pn)
where Pn is the fish population after n years and a and b are positive constants that depend on the species and its environment. Suppose that the population in year 0 is p0 > 0.
a) If {pn} is convergent, then the only possible values for its limit are 0 andb −a. Justify.
b) Given that pn+1<(b/a)pn is true. justify.
c) Use part (b) to justify if a>b, then lim pn =0. where limit n is approach to infinity
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