1. Generating Numbers
Create a function generateNumbers(num) that takes in a positive number as argument and returns a list of number from 0 to that number inclusive. Note: The function range(5) will return a list of number [0, 1, 2, 3, 4].

def generateNumber(num):
    new=[]
    num1=num+1
    for i in range(num1):
        new.append(i)
    return new

2. Generating Numbers II
Create a function generateNumbers(start, end) that takes in two numbers as arguments and returns a list of numbers starting from start to the end number (inclusive) specified in the arguments. Note: The function range(x, y) can takes in 2 arguments. For example, range(1, 5) will return a list of numbers [1,2,3,4].

def generateNumber(start, end):
    new=[]
    end1=end+1
    for i in range(start,end1):
        new.append(i)
    return new 

3.Generating Numbers III
Create a function generateNumbers(start, end, step) that takes in three numbers as arguments and returns a list of numbers ranging from start to the end number (inclusive)and skipping numbers based on the step specified in the arguments. Note: The function range(x, y, z) can takes in 3 arguments. For example, range(1, 11, 2) will return a list of numbers [1,3,5,7,9].

def generateNumber(num1,num2,num3):
    if num3<0:
        num4=num2-1
    else:
        num4=num2+1
    new=[]
    for i in range(num1,num4,num3):
        new.append(i)
    return new

4. Adding A Range Of Numbers
Create a function addNumbers(num) that takes in a positive number as argument and returns the sum of all the number between 0 and that number (inclusive).

def addNumbers(num): 
    num1=num+1
    add=0
    for i in range(num1):
        add+=i
    return add

5. Adding A Range Of Numbers II
Create a function addNumbers(start, end) that takes in two positive numbers as arguments and returns the sum of all the number between the start and end number (inclusive).

def addNumbers(num1,num2): 
    num3=num2+1
    add=0
    for i in range(num1,num3):
        add+=i
    return add

6. Adding Even Numbers
Create a function addEvenNumbers(start, end) that takes in two positive numbers as arguments and returns the sum of all the even numbers between the start and end number (inclusive). Note: x % 2 returns 0 if x is an even number.

def addEvenNumbers(num1,num2): 
    if num1%2==0:
        num11=num1
    else:
        num11=num1+1
        add=0
    for i in range(num11,num2+1,2):
        add+=i
    return add

7. Using ‘Continue’ To Skip Code Within A Loop
Making use of the ‘continue’ statement to skip the rest of execution within a loop block for current iteration, and move to the next iteration.

# Insert 'continue' in following code so that it returns a
# string with no vowels.
def skipVowels(word):
    novowels = ''
    for ch in word:
        if ch.lower() in 'aeiou':continue
        novowels+=ch
    return novowels

8. Using ‘Break’ To Abort A For/While Loop
Making use of the ‘break’ statement to abort a for/while loop, and move to the code after the loop block .

# insert 'break' in following code so that the comment
# after '#' (including '#') are stripped.
def stripComment(sentence):
    codeonly  = ""
    for ch in sentence:
        if ch == '#':break
        codeonly+=ch  
    return codeonly

9. Create Set From A List
Create a function genSet() that takes in a list of numbers and returns a sorted set.

def genSet(nums): 
    numbers=set(nums)
    return sorted(numbers) 

10. Using ‘For’ To Traverse String.[MCQ]
Different ways of traversing strings using ‘for’ loop

Question:
[MCQ] Which of the following ‘for’ loops does not give the same output?

** greetings = ‘Hello World’
for x in greetings:
print x,
** greetings = ‘Hello World’
for x in range(len(greetings)):
print greetings[x],
** greetings = ‘Hello World’
for x in greetings:
print greetings[x],
** greetings = ‘Hello World’
for x in range(len(greetings), 0, -1):
print greetings[-x],
** None of the above.

11. Sum Of Digits
Write a function sumOfDigit(number) that takes in a number as argument and returns the sum of the individual digit in the number.

def sumOfDigit(num):
    num1=str(num)
    a=len(num1)
    i=0
    add=0
    for i in range(a):
        add+=int(num1[i])
    return add