Example 1: how to create a list in python
# Create a list
new_list = []
# Add items to the list
item1 = "string1"
item2 = "string2"
new_list.append(item1)
new_list.append(item2)
# Access list items
print(new_list[0])
print(new_list[1])
Example 2: python list
#Creating lists
my_list = ['foo', 4, 5, 'bar', 0.4]
my_nested_list = ['foobar', ['baz', 'qux'], [0]]
#Accessing list values
my_list[2] # 5
my_list[-1] # 0.4
my_list[:2] # ['foo', 4, 5]
my_nested_list[2] # ['baz', 'quz']
my_nested_list[-1] # [0]
my_nested_list[1][1] # 'qux'
#Modifying lists
my_list.append(x) # append x to end of list
my_list.extend(iterable) # append all elements of iterable to list
my_list.insert(i, x) # insert x at index i
my_list.remove(x) # remove first occurance of x from list
my_list.pop([i]) # pop element at index i (defaults to end of list)
my_list.clear() # delete all elements from the list
my_list.index(x[, start[, end]]) # return index of element x
my_list.count(x) # return number of occurances of x in list
my_list.reverse() # reverse elements of list in-place (no return)
my_list.sort(key=None, reverse=False) # sort list in-place
my_list.copy() # return a shallow copy of the list
Example 3: python lists
thislist = ["apple", "banana", "cherry"]
print(thislist[1])
Example 4: python list
#Creating lists
my_list = [1, "Hello", 3.4, 0, "World"]
my_nested_list = [['Hello', 'World'],[47,39]]
#Accessing lists
my_list[1] # Hello
my_list[-2] # 0
my_list[:3] # [1, "Hello", 3.4]
my_nested_list[1] #[47,39]
my_nested_list[0][1] # World
Example 5: python lists
fruits = ['apple', 'banana', 'mango', 'cherry']
for fruit in fruits:
print(fruit)
Example 6: python dlist
#this is how to create a list:
#I named it mylist, but you can name it whatever you like
myList = [1,2,3,4,5]
print(myList[0]) # this will print the first element of the list
print(myList[1]) #this will print the second element of the list
print(myList[2])#and so on
print(myList[3])
print(myList[4])