In a school 50% of the students are younger than 10, 1/20 are 10 years old and 1/10 are older than 10 but younger than 12, the remaining 70 students are 12 or older. How many students are 10?

Explanation:

a, b, c, d, e = input("A ="), input("B ="), input('C = '), input("D = "), input('E = ')

print(float(a*b + sqrt(c**2-(a/2)**2) * a/2 * 0.5))

a, b, c, d, e = input("A ="), input("B ="), input('C = '), input("D = "), input('E = ') print(float(a*b + sqrt(c**2-(a/2)**2) * a/2 * 0.5))

The program is an illustration of functions. Functions are groups of code segments that are executed when called or evoked

The calendar program

The calendar program in Python, where comments are used to explain each line is as follows:

#This checks for leap year

def leap_year(y):

if y % 4 == 0:

return 1 else return 0

#This returns the number of days in the month

def number_of_days(m,y):

if m == 2:

return 28 + leap_year(y)

elif m == 1 or m == 3 or m == 5 or m == 7 or m == 8 or m ==10 or m == 12:

return 31

elif m == 4 or m == 6 or m == 9 or m == 11:

return 30

#This returns the number of days left in the month

def days(m,d):

dayList = [0,31,59,90,120,151,181,212,243,273,304,334]

return dayList[m-1] + d

#This returns the number of days left in the year

def days_left(d,m,y):

if days(m,d) <= 60:

return 365 - days(m,d) + leap_year(y) else:

return 365 - days(m,d)

#The main begins here

#This next three lines gets input for date

day=int(input("Day: "))

month=int(input("Month: "))

year=int(input("Year: "))

#This gets the choice from the user

menu=int(input("Press 1 to calculate the number of days in the given month.\nPress 2 to calculate the number of days left in the given year.\nChoice: "))

#This prints the number of days in the month

if menu == 1:

print(number_of_days(month, year))

#This prints the number of days left in the year

elif menu == 2:

print(days_left(day,month,year))

Read more about Python functions at:

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The complete part of the question will be:

Assignment 3: Chatbot

What the code for assignment 3: chatbot Edhesive.

Answer: Amazon DynamoDB

Explanation:

The database technology that is best suited to hold the session state in this example is the Amazon DynamoDB.

Amazon DynamoDB is a document database which helps in delivering high quality and fast cperformance at any scale. It can be used to scale to hundreds of thousands of concurrent users as it's multi-active, and has a durable database that has built-in security.

Answer:

height = float(input("Enter your height in m: "))

weight = float(input("Enter your weight in kg: "))

BMI = weight / (height/100)**2

print(f"You BMI is {BMI}")

Explanation:

The python code for calculating BMI is as follows -

height = float(input("Enter your height in m: "))

weight = float(input("Enter your weight in kg: "))

BMI = weight / (height/100)**2

print(f"You BMI is {BMI}")

Some conditions can also be added such as

if BMI <= 15:

   print("You are underweight.")

elif BMI <= 30:

   print("You are healthy.")

elif BMI <= 40:

   print("You are over weight.")

Answer:

E.  modular programming

Explanation:

Andy is applying a design known as modular programming. This is basically a design in which the entire project is broken down into various parts known as modules. Each one of these modules performs a very different and unique task. As the modules are created they are linked together like pieces of a puzzle in order to form the entire project. This makes tackling a large project much easier and makes debugging problems much easier as well.