size = float(input("What's the size of the square (in square centimeters)? "))

side = math.sqrt(size)

print(f'Each side of this square is {str(side)} centimeters.')

b)
import random

num = int(input("Enter a positive integer: "))

rand_num = random.randint(1, num)

print(rand_num)

area = float(input("What's the size of the square (in square centimeters)? "))

side = math.sqrt(area)

print(f'Each side of this square is {side} centimeters.')

#5b
import random

n = int(input("Enter a positive integer: "))

rand_num = random.randint(1,n)

print(rand_num)

area = int (input("What's the size of the square (in square centimeters)?"))

length = math.sqrt(area)

print (f"Each side of this square is {length} centimeters")

5b
import random

integer = int(input("Enter a positive integer:"))

print(random.randint(1, integer))

age = int(input("What's your age?"))

gender = input("What's your gender [M|F]?")

print (f"Your premium is ${week2_utility.get_insurance_premium(age, gender)}")

num_days = input//(60*60*24)

num_hours = input%(60*60*24) //(60*60)

num_minutes = input%(60*60) //60

num_seconds = input%60

age = int(input("What's your age? "))

gender = input("What's your gender [M|F]? ")

premium = week2_utility.get_insurance_premium(age,gender)

print(f"Your premium is ${premium}")

age = int(input("What's your age? "))

gender = input("What's your gender [M|F]? ")

premium = week2_utility.get_insurance_premium(age, gender)

print("Your premium is $" + str(premium))

area = float(input("What's the size of the square ( in square centimeters?) "))

side_of_sq = math.sqrt(area)

print("Each side of this square is ", side_of_sq,"centimeters.")

b) 

import random

user_num = int(input("Enter a positive integer: "))

random_number = random.randint(1,user_num)

print(random_number)

age = int(input("What's your age? "))

gender = input("What's your gender [M|F]? ")

premium = week2_utility.get_insurance_premium(age,gender)

print("Your premium is $",premium)

num_hours = 0

num_minutes = 0

num_seconds = 0

# Put your code below

days = input_str//86400

num_days += days

hours = input_str%86400 

num_hours += (hours//3600)

minutes = hours%3600

num_minutes += (minutes//60)

seconds = minutes%60

num_seconds += seconds

print('Based on this system time, ' + str(num_days) + ' days, ' + str(num_hours) + ' hours, ' + str(num_minutes) + ' minutes and ' + str(num_seconds) + ' seconds have passed since 1 January 1970 00:00:00 UT.')

size = float(input("What's the size of the square (in square centimeters)? "))

side = math.sqrt(size)

print("Each side of the square is", side, "centimeters.")

Q5b:

import random

integer = int(input("Enter a positive integer: "))

print(random.randint(0, integer))

num_seconds = num % 60

# num below is the remaining number of minutes (after num_seconds above is excluded)

num = num // 60

num_minutes = num % 60

# num below is the remaining number of hours (after num_minutes above is excluded)

num = num // 60

num_hours = num % 24

num_days = num // 24

num_secs_per_hour = 60 * 60

num_secs_per_day = 60 * 60 * 24

total_num_secs = int(input_str)

# Get the number of days first, then find the remainder

num_days = total_num_secs // num_secs_per_min 

num_secs_left = total_num_secs % num_secs_per_day

# With the remainder from above, find the number of hours

num_hours = num_secs_left // num_secs_per_hour

num_secs_left = num_secs_left % num_secs_per_hour

# With the final remainder, find the number of seconds

num_minutes = num_secs_left // num_secs_per_min

num_seconds = num_secs_left % num_secs_per_min

    return tax

#8b
def calculate_tax_2(income):
    tax_income = max(income-20000, 0)

    tax = tax_income * 0.02

    return tax

#8c
def calculate_tax_2(income):
    Bracket2 = max(income-30000,0)

    Bracket1 = max(income-20000,0)

    tax = Bracket2*(0.035-0.02) + Bracket1*0.02

    return tax

num_hours = (input_str - 60*60*24*num_days) // (60*60)

num_minutes = (input_str - 60*60*24*num_days - 60*60*num_hours) // 60

num_seconds = input_str - 60*60*24*num_days - 60*60*num_hours - 60*num_minutes

size = float(input("What's the size of the square (in square centimeters)"))

side = math.sqrt(size)

print(f'Each side of this square is {side} centimeters')

b)
import random

number = int(input("Enter a positive integer: "))

print (random.randint(1, number))

gender = input('What is your gender [M|F]?: ')

import week2_utility

insurance = week2_utility.get_insurance_premium(age, gender)

print(f'Your premium is ${insurance} ')

remainder = int(input_str) % 86400

num_hours = remainder // 3600

remainder = remainder % 3600

num_minutes = remainder // 60

remainder = remainder % 60

num_seconds = remainder 

size = int(input("What's the size of the square (in sqaure centimeters?"))

length = math.sqrt(size) 

print(f'Each side of this square is {length} centimeters.')

b)
import random

n = int(input('Enter a positive integer:'))

print(random.randrange(1,n))

age = int(input("What's your age?"))

gender = input("What's your gender [M|F]?")

premium = week2_utility.get_insurance_premium(age,gender)

print(f'Your premium is ${premium}')

return max((income - 30000) * (0.035 - 0.02), 0.0)
+ max((income - 20000) * 0.02, 0.0)

area = float(input("What's the size of the square (in square centimeters)? "))

side = math.sqrt(area)

print(f"Each side of this square is {side} centimeters.")

b)
import random

n = int(input("Enter a positive integer: "))

rand_num = random.randrange(n)

print(rand_num)

age = int(input("What's your age? "))

gender = input("What's your gender [M|F]? ")

insurance_amt = week2_utility.get_insurance_premium(age, gender)

print(f"Your premium is ${insurance_amt}")

size = float(input("What's the size of the square (in square cm) : "))

side = math.sqrt(size)

print(f"Each side of the square is {side} cm.")

Qns 5b

import random

num = int(input("Enter a positive integer : "))

ran_num = random.randint(1,num)

print(ran_num)

age = int(input("What's your age? "))

gender = input("What's your gender [M][F] ? ")

premium = week2_utility.get_insurance_premium(age, gender)

print(f"Your premium is ${premium}")

num_hours = int(input_str) % 86400 // 3600

num_minutes = int(input_str) % 3600 // 60

num_seconds = int(input_str) % 3600 % 60

a = float(input("What's the size of the square (in square centimetres)? "))

b = math.sqrt(a)

print(f'Each side of this square is {b} centimeters.')

import random

n = int(input("Enter a postitive integer: "))

print(random.randint(1,n))

a = int(input("What's your age? "))

b = input("What's your gender [M][F]? ")

print(f'Your premium is ${week2_utility.get_insurance_premium(a,b)}')

num_hours = 0

num_minutes = 0

num_seconds = 0

# Put your code below

a = 24*60*60

b = 60*60

c = 60

d = 1

x = int(input_str)

num_days = x//a

num_hours = ((x%a)//b)

num_minutes = (((x%a)%b)//c)

num_seconds = (((x%a)%b)%c)

area = float(input("What's the size of the square (in square centimeters)?" ))

side =math.sqrt(area)

print(f"Each side of this square is {side} centimeters.")

b)import random

num1= int(input("Enter a positive integer: "))

print(random.randrange(1, num1 + 1))

age = float(input("What is your age? "))

gender = str(input("what is your gender [M][F] "))

premium = get_insurance_premium(age, gender)

print(f"Your premium is ${premium}")

DAY_SECONDS = 86400

HOUR_SECONDS = 3600

MINUTE_SECONDS = 60

num_days = time // DAY_SECONDS

time_remaining = time - num_days * DAY_SECONDS

num_hours = time_remaining // HOUR_SECONDS

time_remaining = time_remaining - num_hours * HOUR_SECONDS

num_minutes = time_remaining // MINUTE_SECONDS

time_remaining = time_remaining - num_minutes * MINUTE_SECONDS

num_seconds = time_remaining

    tax = (income - bracket )* 0.02 

    return tax

b)BRACKET = 20000

    TAX_RATE = 0.02

    tax = (max(BRACKET, income) - BRACKET) * TAX_RATE

    return tax

c)
BRACKET1 = 20000

    TAX_RATE1 = 0.02

    BRACKET2 = 30000

    TAX_RATE2 = 0.035

    tax = (max(BRACKET2, income) - BRACKET2) * TAX_RATE2 + (max(BRACKET1, min(income, BRACKET2)) - BRACKET1) * TAX_RATE1

    return tax

area=int(input("What is the size of the square (in square centimeters)? "))

side = math.sqrt(area)

print("Each side of the square is ", side, "centimeters." )

(b)
import random

num1 = int(input("Enter a positive integer: "))

print(random.randint(1,num1))

age = int(input("What's your age? "))

gender = input("What's your gender [M|F] ")

print("Your premium is ",week2_utility.get_insurance_premium(age,gender))

size = size**(1/2)

print("Each side of this square is", size, "centimeters.")

n = int(input("Enter a positive integer: "))

print(random.randint(1,n))

################################################################################

# Complete the code below to get the correct numbers of days, hours, minutes and seconds.

input_int = int(input_str)

num_days = input_int//(3600*24)

remaing_hours = input_int%(3600*24)

num_hours = remaing_hours//3600

remaining_minutes = remaing_hours % 3600

num_minutes = remaining_minutes//60

num_seconds = remaining_minutes % 60

# Put your code below

################################################################################

# DO NOT MODIFY THE CODE BELOW!!!

# This line of code displays the results.

print('Based on this system time, ' + str(num_days) + ' days, ' + str(num_hours) + ' hours, ' + str(num_minutes) + ' minutes and ' + str(num_seconds) + ' seconds have passed since 1 January 1970 00:00:00 UT.')

remainderdays = input_str%86400

num_hours = remainderdays//3600

remainderhours = remainderdays%3600

num_minutes = remainderhours//60

remainderminutes = remainderhours%60 

num_seconds = remainderminutes//60

    taxrate = float((income-20000)*0.02)

    return taxrate

(b)
def calculate_tax_2(income):

    taxrate = max((income-20000)*0.02,0)

    return taxrate

(c)
def calculate_tax_3(income):

    taxrate = max((income-20000)*0.02, (income-30000)*0.035 + 200, 0)

    return taxrate

    tax = tax_income * 0.02

    return tax
8c)
income_1 = income - 30000

    tax_1 = max(income_1,0)*0.035

    tax_2 = min(max(income-20000,0,),10000)*0.02

    income = tax_1 + tax_2

    return income

import math

side = math.sqrt(size)

print("Each side of this square is " + str(side) + " centimeters")

import random

print(random.randint(1,n))

gender = input("What's your gender [M|F]? ")

import week2_utility

premium = week2_utility.get_insurance_premium(age,gender)

print("Your premium is $",premium)

num_hours = (input_str - num_days*60*60*24) // (60*60)

num_minutes = (input_str - num_days*60*60*24 - num_hours*60*60) // 60

num_seconds = (input_str - num_days*60*60*24 - num_hours*60*60 - num_minutes*60) 

def area_into_side (area):

    side = math.sqrt(area)

    return side

area = float(input("What's the size of the square (in square centimeters)? "))

side = area_into_side(area)

print(f'Each side of this square is {side} centimeters.')

b)
import random

def randomrange(num):

    num = random.randint(1,num)

    return num

num = int(input('Enter a positive integer: '))

randnum = randomrange(num)

print(randnum)

age = int(input("Enter your age: "))

gender = str(input("Enter your gender [M|F]: "))

insur_prem = week2_utility.get_insurance_premium(age,gender)

print(f'Your premium is ${insur_prem}')

def side_of_square (area):

    side = math.sqrt(area)

    print(f'Each side of this square is {side} centimeters.')

x = float(input("What's the size of the square (in square centimeters)?"))

side_of_square (x)

b)

import random

def random_value (x):

    print(random.randint (1,x))

random_value (int(input("Enter a positive integer:")))

age = int(input ("What is your age?:"))

gender = input ("What is your gender? (M/F):")

premium = week2_utility.get_insurance_premium(age,gender)

print(f'Your health insurance premium is ${premium}.')

area = int(input("What's the size of the square (in square centimeters)?"))

side = math.sqrt(area)

print(f"Each side of this square is {side} centimeters.")

b) import random

p_int = int(input("Enter a positive integer: "))

answer = random.randint(1, p_int)

print(answer)

sample_gender = input("What's your gender [M|F]? ")

import week2_utility

premium = week2_utility.get_insurance_premium(sample_age, sample_gender)

print(f"Your premium is ${premium}")

################################################################################

# Complete the code below to get the correct numbers of days, hours, minutes and seconds.

num_days = 0

num_hours = 0

num_minutes = 0

num_seconds = 0

# Put your code below

num_days = (input_str) // 86400

num_hours = (input_str % 86400) // 3600

num_minutes = (num_days % 3600) // 60

num_seconds = num_hours % 60 //60

input_str = int(input('Please enter the system time (in seconds): '))

num_days = 0

num_hours = 0

num_minutes = 0

num_seconds = 0

# Put your code below

def sys_time_days(input):

    num_days = input//(60*60*24)

    return num_days

def sys_time_hours(input):

    num_hours = input//(60*60)

    return num_hours

def sys_time_min(input):

    num_min = input//(60)

    return num_min

def sys_time_sec(input):

    num_sec = input

    return num_sec

num_days = sys_time_days(input_str)

input_str = input_str-(num_days*60*60*24)

num_hours = sys_time_hours(input_str)

input_str = input_str-(num_hours*60*60)

num_minutes = sys_time_min(input_str)

input_str = input_str-(num_minutes*60)

num_seconds = sys_time_sec(input_str)

area = int(input("What's the size of the square (in square centimeters)?"))

side = math.sqrt(area)

print(f"Each side of this square is {side} centimeters.")

b) import random

p_int = int(input("Enter a positive integer: "))

answer = random.randint(1, p_int)

print(answer)

age = int(input("What's your age? "))

gender = input("What's your gender [M|F]? ")

premium = week2_utility.get_insurance_premium(age, gender)

print("Your premium is $" + str(premium))

area=int(input("What is the size of the square (in square centimeters)? "))

side = math.sqrt(area)

print("Each side of the square is ", side, "centimeters." )

(b)import random

num1 = int(input("Enter a positive integer: "))

print(random.randint(1,num1))

    """

    This function assumes that the income is between $20,000 and $30,000.

    """

    

    # Modify the code below to return the right amount of tax.

    

    return (income-20000)*0.02

b) def calculate_tax_2(income):

    """

    This function assumes that the income is between $0 and $30,000.

    """

    

    # Modify the code below to return the right amount of tax.

    return max(income - 20000, 0)*0.02

c) def calculate_tax_3(income):

    """

    This function assumes that the income is between $0 and $40,000.

    """

    

    # Modify the code below to return the right amount of tax.

    return max(max(income-30000, 0)*0.035+(income//30000)*200, max(income-20000,0)*0.02)

age = int(input("What's your age? "))

gender = input("What's your gender [M/F]? ")

premium = week2_utility.get_insurance_premium(age,gender)

print("Your premium is $",premium)

num_days = input//(60*60*24)

num_hours = input%(60*60*24) //(60*60)

num_minutes = input%(60*60) //60

num_seconds = input%60

num_hours = (input_str - num_days*60*60*24) // (60*60)

num_minutes = (input_str - num_days*60*60*24 - num_hours*60*60) // 60

num_seconds = (input_str - num_days*60*60*24 - num_hours*60*60 - num_minutes*60)

    """

    This function assumes that the income is between $20,000 and $30,000.

    """

    

    # Modify the code below to return the right amount of tax.

    taxable_income = income - 20000

    tax = (taxable_income) * 0.02

    return tax

    
b) 
def calculate_tax_2(income):

    """

    This function assumes that the income is between $0 and $30,000.

    """

    

    # Modify the code below to return the right amount of tax.

    taxable_income = max(income - 20000, 0)

    tax = taxable_income * 0.02

    

    return tax

c) 

def calculate_tax_3(income):

    """

    This function assumes that the income is between $0 and $40,000.

    """

    

    # Modify the code below to return the right amount of tax.

    

    tax = max(income-30000, 0) * (0.035 - 0.02) + max(income - 20000, 0) * (0.02)

    return tax

     tax = (income-20000)*0.02

    else: tax = 0

    return tax

    
8b)
if income > 20000:

        tax = (income-20000)*0.02

    elif income >= 0:

        tax = 0

    else: 

        tax = 0

        

    return tax

8c)
  if income > 30000:

        tax = ((income-30000)*0.035)+200

    elif income > 20000:

        tax = (income-20000)*0.02

    elif income >= 0:

        tax = 0

    else: 

        tax = 0

        

    return tax

remainder = int(input_str) % 86400

num_hours = remainder // 3600

remainder = remainder % 3600

num_minutes = remainder // 60

remainder = remainder % 60

num_seconds = remainder 

x= int(input("What's the size of the square (in square centimeters)? "))

x=math.sqrt(x)

print(f"Each side of this square is {x} centimeters")

b) import random

x = int(input("Enter a positive integer: "))

print(random.randint(1,x))

gender=input("What's your gender [M|F]? ")

import week2_utility

amount=week2_utility.get_insurance_premium(age,gender)

print(f"Your premium is ${amount}")

area = int(input("What's the size of the square (in square centimeters)? "))

side = float(math.sqrt(area))

print(f'Each side of this square is {side} centimeters.')

5b:

import random

n = int(input("Enter a positive integer: "))

rand_num = random.randint(1, n)

print(rand_num)

age = int(input("What's your age? "))

gender = input("What's your gender [M|F]? ")

premium = week2_utility.get_insurance_premium(age, gender)

print(f'Your premium is ${premium}')

num_hours = (input_int % (60 * 60 * 24)) // (60 * 60)

num_minutes = (input_int - ((num_days * (60 * 60 * 24)) + (num_hours * (60 * 60)))) // 60

num_seconds = input_int % 60

    
8b:

    tax = max(2 / 100 * (income - 20000), 0) 

    return 0.0 + tax

8c:

    if income > 30000:

        tax = (3.5 / 100 * (income - 30000)) + 200

    elif income > 20000:

        tax = (2 / 100 * (income - 20000))

    elif income >= 0:

        tax = 0

    else:

        tax = 0

    return tax

  

    tax_payable = (income - 20000) * 0.02

    return tax_payable

8b:
def calculate_tax_2(income):

 

    tax_payable3 = max((income - 20000),0)

    tax_payable2 = tax_payable3 * 0.02

    total_tax = tax_payable2 

    return total_tax

8c:
def calculate_tax_3(income):

  

    tax_payable = max(((income-20000)*0.02), ((income-30000)*0.035+200), ((income-40000)*0.07), 0)

    return tax_payable 

area_of_sq = int(input("What's the size of the square (in square centimers)? "))

length = math.sqrt(area_of_sq)

print (f"Each side of this square is {length} centimers.")

5b)
import random

upper_bound = int(input("Enter a positive integer: "))

chosen_num = random.randint(1, upper_bound)

print (chosen_num)

age = int(input("Please enter your age: "))

gender = input("Please enter your gender [M|F]:")

premium = week2_utility.get_insurance_premium (age, gender)

print (f'Your premium is ${premium}')

remain_1 = input_str - num_days * 86400

num_hours = remain_1 // 3600

remain_2 = remain_1 - num_hours * 3600

num_minutes = remain_2 // 60

remain_3 = remain_2 - num_minutes * 60

num_seconds = remain_3 // 1

remain_4 = remain_3 - num_seconds * 1

    next_ten_thousand = tax_free * 0.02

    return next_ten_thousand

8b)
    tax_paid = max(0, (income-20000) * 0.02)

    return tax_paid

8c)
   tax_paid = max(0, (income - 20000)*0.02, 200 + (income - 30000)*0.035)

    return tax_paid

num_hours = (input_str - num_days*60*60*24) // (60*60)

num_minutes = (input_str - num_days*60*60*24 - num_hours*60*60) // 60

num_seconds = (input_str - num_days*60*60*24 - num_hours*60*60 - num_minutes*60)

ex_days = int(input_str) % (60*60*24)

num_hours = 0 + ex_days // (60*60)

ex_hours = ex_days % (60*60)

num_minutes = 0 + ex_hours // 60

ex_minutes = ex_hours % 60

num_seconds = 0 + ex_minutes

total_tax_1 = 0 + pro_tax_1

return total_tax_1

b)
total_tax = max((income - 20000) * 0.02, 0)

return total_tax

c)
tax_1 = ((income - 20000) / 100) * 2

tax_2 = (income - 20000) * 0.02

tax_3 = (income - 30000) * 0.035 + 200

total_tax = max(tax_1, tax_2, tax_3, 0)

return total_tax

    return tax

b) taxincome = max(income - 20000, 0)

    tax = taxincome * 0.02

    return tax

c) tax1 =  (income - 20000) * 0.02

    tax2 =  (income - 30000) * 0.035 + 200

    tax = max(tax1, tax2,0)

    return tax

age = int(input ("What is your age?:"))

gender = input ("What is your gender? (M/F):")

premium = week2_utility.get_insurance_premium(age,gender)

print(f'Your health insurance premium is ${premium}.')

num_hours = (input_str - num_days*60*60*24) // (60*60)

num_minutes = (input_str - num_days*60*60*24 - num_hours*60*60) // 60

num_seconds = (input_str - num_days*60*60*24 - num_hours*60*60 - num_minutes*60) 

  

    tax_payable = (income - 20000) * 0.02

    return tax_payable

Q8b:
def calculate_tax_2(income):

 

    tax_payable3 = max((income - 20000),0)

    tax_payable2 = tax_payable3 * 0.02

    total_tax = tax_payable2 

    return total_tax

Q8c:
def calculate_tax_3(income):

  

    tax_payable = max(((income-20000)*0.02), ((income-30000)*0.035+200), ((income-40000)*0.07), 0)

    return tax_payable 

import math 

square_root = float(math.sqrt(size_square))

print(f'Each side of this square is {square_root} centimeters.')

Q 5b) input_integer = int((input('Enter a positive integer: ')))

import random

a = 1

b = 10 

print(random.randint(a, b))

import math 

square_root = float(math.sqrt(size_square))

print(f'Each side of this square is {square_root} centimeters.')

Q 5b) input_integer = int((input('Enter a positive integer: ')))

import random

a = 1

b = 10 

print(random.randint(a, b))

age = int(input("What's your age? "))

gender = str(input("What's your gender [M/F]? "))

premium = week2_utility.get_insurance_premium(age, gender)

print(f"Your premium is ${premium}")

input_str = int(input('Please enter the system time (in seconds): '))

num_days = input_str // (60 * 60 * 24)

remainder_1 = input_str % (60 * 60 * 24)

num_hours = remainder_1 // (60 * 60)

remainder_2 = remainder_1 % (60 * 60)

num_minutes = remainder_2 // (60)

remainder_3 = remainder_2 % (60)

num_seconds = remainder_3

print('Based on this system time, ' + str(num_days) + ' day(s), ' + str(num_hours) + ' hour(s), ' + str(num_minutes) + ' minute(s) and ' + str(num_seconds) + ' second(s) have passed since 1 January 1970 00:00:00 UT.')

def calculate_tax_1(income):

    total_tax = income - 20000

    gross_tax_after_20k = total_tax * (2/100)

    return gross_tax_after_20k

print(calculate_tax_1(25000.0))

Q8b)def calculate_tax_2(income):
    total_tax = max(income - 20000, 0) 
    gross_tax_after_20k = total_tax * (2/100)

    return gross_tax_after_20k

print(calculate_tax_2(25000.0))

print(calculate_tax_2(10000.0))

Q8c) def calculate_tax_3(income):
final_tax = max ( (income - 30000) * (0.035 - 0.02) , 0.0 ) + max ((income - 20000) * 0.02, 0.0)

    return final_tax

print(calculate_tax_3(25000.0))

print(calculate_tax_3(10000.0))

print(calculate_tax_3(35000.0))

input_str=int(input_str)

num_days=input_str//86400

remainder=input_str-(num_days*86400)

num_hours=remainder//3600

remainder=remainder-(num_hours*3600)

num_minutes=remainder//60

remainder=remainder-(num_minutes*60)

num_seconds=remainder

    """

    This function assumes that the income is between $20,000 and $30,000.

    """

    

    # Modify the code below to return the right amount of tax.

    x=income-20000

    x=x*0.02

    return x

b) def calculate_tax_2(income):

    """

    This function assumes that the income is between $0 and $30,000.

    """

    

    # Modify the code below to return the right amount of tax.

    x=income-20000

    tax=max(x,0)*0.02

    return tax

c) def calculate_tax_3(income):

    """

    This function assumes that the income is between $0 and $40,000.

    """

    

    # Modify the code below to return the right amount of tax.

    x=income-20000

    y=income-30000

    tax=max(x,0)*0.02+max(y,0)*0.015

    return tax