Vincenty's formulas are iterative methods for calculating distances between two points on a spheroid, developed by Thaddeus Vincenty. The provided code, vincenty.py, includes a function that calculates the Vincenty distance using latitude and longitude coordinates. There is also a requirement to create a new function that computes distances based on building IDs and outputs the results.

1. "Vincenty's formulas are two related iterative methods used to calculate the distance between two
points on the surface of a spheroid, developed by Thaddeus Vincenty (1975a)" The file
Unit08_vincenty.py, which was imported in the first cell, contains code that calculates the "vincenty
distance" between two points' using the latitude and longitude of both points. The function
latLngDistanceMeter, present in vincenty.py, accepts two tuples as parameters where each tuple
contains the coordinates (latitude,longitude) of a point on the Earth and performs the vincenty
calculation. Below is an example of how this function is called: latLngDistanceMeters((42.3584, -
71.0912), (42.278, -83.7382)) Write a function named buildingDistance that is passed two building
IDs and determines the vincenty distance between two building IDs. Write code that iterates over
the bldgs list, buildingDistance for each tuple in the list, and prints the output below.