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13 Nov 2019
Which do you expect to give the better approximation of any old function f[x] on an interval [b - 2, b + 2]:
expan2[x, b] = f[b] + f'[b] (x - b) + (1/2) Derivative[1][f'][b] (x - b)^2
or
fmidpt[x, b] = f[b] + f'[(x + b)/2] (x - b) ?
Which do you expect to give the better approximation of any old function f[x] on an interval b- 2, b+2] expan2 [x, b] = f[b] + f' [b] (x-b)-. (f')' [b] (x-b) of
Which do you expect to give the better approximation of any old function f[x] on an interval [b - 2, b + 2]:
expan2[x, b] = f[b] + f'[b] (x - b) + (1/2) Derivative[1][f'][b] (x - b)^2
or
fmidpt[x, b] = f[b] + f'[(x + b)/2] (x - b) ?
Which do you expect to give the better approximation of any old function f[x] on an interval b- 2, b+2] expan2 [x, b] = f[b] + f' [b] (x-b)-. (f')' [b] (x-b) of
Patrina SchowalterLv2
25 Apr 2019