Load the hmeq$\_$small.csv data set as a data frame.

Standardize the data set as a new data frame.

Normalize the data set as a new data frame.

Print the means and standard deviations of both the standardized and normalized data.

Ex: Using the first $100$ rows, found in hmeq$\_$sample.csv$,$ the output is:

The means of df$1$ are LOAN $1\mathrm{.}631348$e$-16$

MORTDUE $1\mathrm{.}276118$e$-18$

VALUE $-2\mathrm{.}447266$e$-17$

YOJ $-8\mathrm{.}732091$e$-17$

CLAGE $-1\mathrm{.}036208$e$-16$

CLNO $-5\mathrm{.}068409$e$-17$

DEBTINC $9\mathrm{.}188053$e$-17$

dtype: float$64$

The standard deviations of df$1$ are LOAN $1\mathrm{.}005141$

MORTDUE $1\mathrm{.}005797$

VALUE $1\mathrm{.}005420$

YOJ $1\mathrm{.}005666$

CLAGE $1\mathrm{.}005602$

CLNO $1\mathrm{.}005479$

DEBTINC $1\mathrm{.}017700$

dtype: float$64$

The means of df$2$ are LOAN $0\mathrm{.}671006$

MORTDUE $0\mathrm{.}358735$

VALUE $0\mathrm{.}299044$

YOJ $0\mathrm{.}292135$

CLAGE $0\mathrm{.}448986$

CLNO $0\mathrm{.}346377$

DEBTINC $0\mathrm{.}624927$

dtype: float$64$

The standard deviations of df$2$ are LOAN $0\mathrm{.}269531$

MORTDUE $0\mathrm{.}247183$

VALUE $0\mathrm{.}187587$

YOJ $0\mathrm{.}237945$

CLAGE $0\mathrm{.}226345$

CLNO $0\mathrm{.}188681$

DEBTINC $0\mathrm{.}222946$

dtype: float$64$

# Import the necessary modules

hmeq $=$ # Read in the file hmeq$\_$small.csv

# Standardize the data

standardized $=$ # Code to standardize the data

# Output the standardized data as a data frame

df$1=$ # Code to output as a data frame

# Normalize the data

normalized $=$ # Code to normalize the data

# Output the standardized data as a data frame

df$2=$ # Code to ouput as a data frame

# Print the means and standard deviations of df$1$ and df$2$

print$("$The means of df$1$ are $",$ # Code for mean of df$1)$

print$("$The standard deviations of df$1$ are $",$ # Code for standard deviation of df$1)$

print$("$The means of df$2$ are $",$ # Code for mean of df$2)$

print$("$The standard deviations of df$2$ are $",$ # Code for standard deviation of df$2)$