This is what im following  my_flower1 = input() my_flower2 = input() my_flower3 = input() your_flower1 = input() your_flower2 = input() their_flower = input() # 1. TODO: Define my_list containing my_flower1, my_flower2, and my_flower3 # in that order # 2. TODO: Define your_list containing your_flower1 and your_flower2 # in that order # 3. TODO: Define our_list by concatenating my_list and your_list print(our_list) # 4. TODO: Append their_flower to the end of our_list print(our_list) # 5. TODO: Replace my_flower2 in our_list with their_flower print(our_list) # 6. TODO: Remove the first occurrence of their_flower from # our_list without using index() print(our_list) # 7. TODO: Remove the second element of our_list print(our_lis

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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This is what im following 

my_flower1 = input()
my_flower2 = input()
my_flower3 = input()

your_flower1 = input()
your_flower2 = input()

their_flower = input()

# 1. TODO: Define my_list containing my_flower1, my_flower2, and my_flower3
# in that order

# 2. TODO: Define your_list containing your_flower1 and your_flower2
# in that order

# 3. TODO: Define our_list by concatenating my_list and your_list

print(our_list)

# 4. TODO: Append their_flower to the end of our_list

print(our_list)

# 5. TODO: Replace my_flower2 in our_list with their_flower

print(our_list)

# 6. TODO: Remove the first occurrence of their_flower from
# our_list without using index()

print(our_list)

# 7. TODO: Remove the second element of our_list

print(our_list)

3.20 LAB: List basics
Given the user inputs, complete a program that does the following tasks:
• Define a list, my_list, containing the user inputs: my_flower1, my_flower2, and my_flower3 in the same order.
• Define a list, your_list, containing the user inputs, your_flower1 and your_flower2, in the same order.
• Define a list, our_list, by concatenating my_list and your_list.
Append the user input, their_flower, to the end of our_list.
Replace my_flower2 in our_list with their_flower.
• Remove the first occurrence of their_flower from our_list without using index().
• Remove the second element of our_list.
Observe the output of each print statement carefully to understand what was done by each task of the program.
Ex: If the input is:
rose
peony
lily
rose
daisy
aster
the output is:
['rose', 'peony', 'lily', 'rose', ' daisy']
['rose', 'peony', 'lily', 'rose', 'daisy', ' aster']
['rose', 'aster', 'lily', 'rose', 'daisy', ' aster']
['rose', 'lily', 'rose', 'daisy', 'aster']
['rose', 'rose', 'daisy', 'aster' ]
Transcribed Image Text:3.20 LAB: List basics Given the user inputs, complete a program that does the following tasks: • Define a list, my_list, containing the user inputs: my_flower1, my_flower2, and my_flower3 in the same order. • Define a list, your_list, containing the user inputs, your_flower1 and your_flower2, in the same order. • Define a list, our_list, by concatenating my_list and your_list. Append the user input, their_flower, to the end of our_list. Replace my_flower2 in our_list with their_flower. • Remove the first occurrence of their_flower from our_list without using index(). • Remove the second element of our_list. Observe the output of each print statement carefully to understand what was done by each task of the program. Ex: If the input is: rose peony lily rose daisy aster the output is: ['rose', 'peony', 'lily', 'rose', ' daisy'] ['rose', 'peony', 'lily', 'rose', 'daisy', ' aster'] ['rose', 'aster', 'lily', 'rose', 'daisy', ' aster'] ['rose', 'lily', 'rose', 'daisy', 'aster'] ['rose', 'rose', 'daisy', 'aster' ]
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