# Logic

# Conditional statements gives us the ability to check conditions and make decisions based

# on the condition.

# In this assignment, you'll be asked to create conditional statements using if, elif and else.

# Please commit and push your code after each completed exercise.

# 1. Declare a variable named weather and assign it a string value of 'rain'.

# Next create a conditional statement that will check the weather and print

# 'Bring an umbrella' if weather equals 'rain'.

# 2. Declare a variable named score and assign it a number value of 70.

# Next create a conditional statement that will check the score and print 'You pass!'

# if the score is 70 and above and print 'Study harder!' if the score is less than 70.

# 3. Declare a variable named download_speed and assign it a data value of 50.

# Next create a conditional statement that will check the download speed and print the

# following based on the condition:

# <= 50: 'Basic Package'

# <=100: 'Premium Package'

# >100: 'Platinum Package'

# 4. Function - check_password

# Create a function named check_password which takes a parameter password.

# The function will return true if the password passed into the function is equal to 'qwerty'.

# Declare a variable named password_result and print your result.

# 5. Function check_login

# Create a function named check_login which takes a parameter login.

# The function will print 'Login Success' if the login passed into the function is equal to

# 'DevLeague' and print 'Re-enter Login' if it doesn't.

# 6. Function malware_type

# Create a function named malware_type which takes a parameter malware.

# The function will print the following based on the following conditions:

#if malware is adware: 'Low Threat'

#if malware is virus: 'Do not share files'

# default message 'I hope you backed up your data'

# 7. Function encryption

# Create a function named encryption which takes a parameter keys.

# The function will print 'Encryption Success' if the keys passed into function has 5

# characters and print 'Encryption Fail' if it doesn't.

# 8. Function even_cryptography

# Create a function named even_cryptography which takes a parameter num.

# The function will print 'Decryption Success' if the number passed into the function

# is even and print 'Decryption Fail' if it isn't.

# 9. Function bandwidth

# Declare a variable named mbps and assign it a list of 5 number values of your choosing.

# Next, create a function named bandwidth which takes a parameter usage.

# The function will sum up the list of numbers and print the following messages based

# on the condition:

#if sum <= 50: 'Light User'

#if sum <= 100: 'Moderate User'

#if sum <=150: 'Multi Media User'

#if sum >150: 'Power User'

# 10. Function ssh_keys

# Create a function named ssh_keys which takes two parameters public and private.

# The function will return false if public and private aren't equal and return true if

# they are equal.

# Declare a variable named ssh_connection and print your result.

# 11. Function largest_num

# Create a function named largest_num which takes three parameters: num_1, num_2 and num_3.

# The function will find the largest number among any three numbers that are passed into the

# function. Declare a variable named large_num_result and print your results.

# 12. Function pos_neg

# Create a function named pos_neg which takes a parameter num.

# The function will print 'Positive Number' if the number passed in is positive,

# print 'Zero' if the number is 0 and print 'Negative Number' for a negative number.

# 13. Function name_caps

# Create a function named name_caps which takes a parameter name.

# The function will check the number of characters in the name that is passed into the

# function and do the following:

# if characters in name <=5: capitalize the first letter in the name

# if characters in name <=10: captialize all the letters in the name

# if characters in name >10: leave the letters as is

# Print your results

# 14. Function leap_year

# A leap year occurs every four years. Every year that is exactly divisible by four is a

# leap year, except for years that are exactly divisible by 100, but are leap years

# if they are exactly divisible by 400.

# Create a function named leap_year which takes a parameter year.

# The function will print 'The year x is a leap year.' where x is the year value that is

# passed into the function and print 'The year x is not a leap year.' if it isn't a leap year.