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# Press SHIFT + ENTER to run this cell!

print("It Worked!")

We want to figure out where we want to go for dinner tonight. And we are craving hamburgers :).

This leads us to a first data structure: a string

In the cell below, create and print a string called "mcdonalds"

restaurant_1 = 
print(restaurant)

Use the capitalize() method to capitalize the contents of our restaurant variable. Print the variable again to see our changes!

restaurant_1 = 
print(restaurant)

We want to collect our data. A list is an ordered collection. You can use square brackets to create a list. You can use

• the original strings
• the stored variables

restaurant_2 = 
restaurants = 
same_restaurants = 

Note that these two are exactly the same! You can test for this:

restaurants == same_restaurants

What if we want to access information inside restaurants or same_restaurants?

What if you want to add a burger restaurant to your list? Append 'Shake Shack' to restaurants

# Append "Shake Shack" to restaurants!

print(restaurants)

Maybe we want to save attributes for our restaurants? Lists are not very useful here.

mcdonalds = {'name':'mcdonalds', 'address': "85 broad street"}

Why not a list? Dictionaries have keys and values.

mcdonalds.keys()

mcdonalds.values()

You can wrap this into a list

list(mcdonalds.values())

Create two more restaurant dictionaries for the following restaurants:

Now use the correct key to access the address for Shake Shack:

Now, we'll set up for the final programming challenge of this lesson.

First, create a list containing the restaurant dictionaries we made above.

list_of_dictionaries = 

In the cell below, iterate through our list of dictionaries, and print out "{Restaurant Name} is located at {Restaurant Address}!" for each restaurant.

Your output should be:

"mcdonalds is located at 85 broad street!"
"Burger King is located at 1313 broadway!"
"Shake Shack is located at 691 8th Ave!"