Asked by SargentBravery5361
. Using Newton's Method for 1D Optimization In this problem, you...
Image transcription text Using Newton's Method for 1D
Optimization In this problem, you will use Newton's Method to optimize the following 1 D function: $2—5$+6 nus) = $2" Using the initial guess XE}, iterate through Newton's Method until If'(:r:k)| g tol, where tol is the desired
tolerance. Be sure to include the initial guess xa and the iterate that fufllls the above inequality in the array of guesses newton_guesses The setup code gives the following variables: Name Type Description
xa float Initial guess
tol float Tolerance threshold value Your code snippet should define the following variables: Name Type Description
dfunc function Evaluates f'(a:)
dzfunc function Evaluates f"(:1:) newton_guesses 1D numpy array Array holding the guesses from Newton's Method Image transcription text user_code.py
import numpy as np
WNP
# complete the function below
4 - def dfunc (x) :
5
# Add your code here
6
pass
8
# complete the function below
9 - def d2func(x) :
10
# Add your code here
11
pass
12
13
# run Newton's Method
Restore original file
Answered by ConstableSharkPerson739
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