The time T$($in seconds$)$ it takes to hear thunder after you see lightning varies directly as tThis time build an application with an interactive menu to test your functions

Create a file called

Create a user defined method called mi$\_$to$\_$km$($mi$)$ that accepts a floating point number as a parameter,

converts it to kilometers using the same formula you used in lab $1,$ and returns the result

#$!/$usr$/$bin$/$env python$3$

# Your Name Here!

# Palomar College CSIT$-175$

# Lab $4,$ exercise $1$

# Unit conversion utility functions

# constants

MI$\_$PER$\_$KM $=0\mathrm{.}62$ # Constant supplied in project specification. Do not change.

LBS$\_$PER$\_$KG $=2\mathrm{.}2$ # Constant supplied in project specification. Do not change.

# convert miles to kilometers

# TODO: mi$\_$to$\_$km$($miles$)$

# TODO: km$\_$to$\_$mi$($km$)$

# TODO: kg$\_$to$\_$lbs $(kg)$

# TODO: lbs$\_$to$\_$kg$($lbs$).$