N
my_list = ['a','b']
my_list.append('c')
print(my_list) # ['a','b','c']
other_list = [1,2]
my_list.append(other_list)
print(my_list) # ['a','b','c',[1,2]]
my_list.extend(other_list)
print(my_list) # ['a','b','c',[1,2],1,2]
N
# Basic syntax:
your_list.append('element_to_append')
# Example usage:
your_list = ['a', 'b']
your_list.append('c')
print(your_list)
--> ['a', 'b', 'c']
# Note, .append() changes the list directly and doesn’t require an
# assignment operation. In fact, the following would produce an error:
your_list = your_list.append('c')
N
list1 = ["hello"]
list1 = list1 + ["world"]
N
list = []
list.append(var)
N
list_of_Lists = [[1,2,3],['hello','world'],[True,False,None]]
list_of_Lists.append([1,'hello',True])
ouput = [[1, 2, 3], ['hello', 'world'], [True, False, None], [1, 'hello', True]]