Question: Please write Python codes using pima-indian-diabetes data sets as attached with this question. Goal: In this question, you will implement Logistic Regression, Regularized (L2) Logistic

Please write Python codes using "pima-indian-diabetes" data sets as attached with this question. Goal: In this question, you will implement Logistic Regression, Regularized (L2) Logistic Regression. The goal of this question is to give you experience in implementation of Logistic Regression and analyze the hyperparameter tuning in case of Regularized Logistic Regression. Data sets: The dataset that you use in this project is pima-indians-diabetes. Please find the attachments. This dataset describes the medical records for Pima Indians and whether or not each patient will have an onset of diabetes within year. Fields description follow: preg = Number of times pregnant plas = Plasma glucose concentration a 2 hours in an oral glucose tolerance test pres = Diastolic blood pressure (mm Hg) skin = Triceps skin fold thickness (mm) test = 2-Hour serum insulin (mu U/ml) mass = Body mass index (weight in kg/(height in m)^2) pedi = Diabetes pedigree function age = Age (years) class = Class variable (1:tested positive for diabetes, 0: tested negative for diabetes) Your Task: Question-1: Using attached data set of "pima-indian-diabetes". Implementing Logistic Regression using given 8 features in the data.

 Please write Python codes using "pima-indian-diabetes" data sets as attached with

this question. Goal: In this question, you will implement Logistic Regression, Regularized

(L2) Logistic Regression. The goal of this question is to give you

experience in implementation of Logistic Regression and analyze the hyperparameter tuning in

case of Regularized Logistic Regression. Data sets: The dataset that you use

in this project is pima-indians-diabetes. Please find the attachments. This dataset describes

the medical records for Pima Indians and whether or not each patient

will have an onset of diabetes within year. Fields description follow: preg

= Number of times pregnant plas = Plasma glucose concentration a 2

hours in an oral glucose tolerance test pres = Diastolic blood pressure

(mm Hg) skin = Triceps skin fold thickness (mm) test = 2-Hour

serum insulin (mu U/ml) mass = Body mass index (weight in kg/(height

in m)^2) pedi = Diabetes pedigree function age = Age (years) class

= Class variable (1:tested positive for diabetes, 0: tested negative for diabetes)

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