#Assignment
Guess The Number
Write a programme where the computer randomly generates a number between 0 and 20. The user needs to guess what the number is. If the user guesses wrong, tell them their guess is either too high, or too low. This will get you started with the random library if you haven't already used it.
Post your solution in the comment box
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Guess The Number
Write a programme where the computer randomly generates a number between 0 and 20. The user needs to guess what the number is. If the user guesses wrong, tell them their guess is either too high, or too low. This will get you started with the random library if you haven't already used it.
Post your solution in the comment box
#LearnDataScience #LearnPython #StayHome
#Solution for #Assignment by @MINtaa911
You can forward your feedback via @pyDiscussion
#Guess the number
from random import randint
def guess_number():
num = randint(0,20)
guess = int(input("Enter your guess number: "))
while(num != guess):
if(guess > num):
print("Your guess is too high")
elif(guess < num):
print("your guess is too low")
else:
break
guess = int(input("Enter your guess number: "))
print("you win")
guess_number()
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You can forward your feedback via @pyDiscussion
#Guess the number
from random import randint
def guess_number():
num = randint(0,20)
guess = int(input("Enter your guess number: "))
while(num != guess):
if(guess > num):
print("Your guess is too high")
elif(guess < num):
print("your guess is too low")
else:
break
guess = int(input("Enter your guess number: "))
print("you win")
guess_number()
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Another #Solution for #Assignment by @Amalright
You can forward your feedback via @pyDiscussion
from random import*
Def fun_game(number_chosen):
data=randrange(0,20)
if(nuber_chosen> data):
print("too much")
elif(nuber_chosen < data):
print("too low")
else:
print("correct answer :")
J = 1
While(j !=0)
choice =int(input("Enter 1 to continue"))
if(choice ==1):
choice =int(input("Enter your try"))
fun_game(choice)
else:
j =0
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You can forward your feedback via @pyDiscussion
from random import*
Def fun_game(number_chosen):
data=randrange(0,20)
if(nuber_chosen> data):
print("too much")
elif(nuber_chosen < data):
print("too low")
else:
print("correct answer :")
J = 1
While(j !=0)
choice =int(input("Enter 1 to continue"))
if(choice ==1):
choice =int(input("Enter your try"))
fun_game(choice)
else:
j =0
#StayHome #PreventCOVId19 #LearnPython #LearnDataScience #LearnRandomNumber
Python is a programming language. Like other languages, it gives us a way to communicate ideas. In the case of a programming language, these ideas are “commands” that people use to communicate with a computer!
We convey our commands to the computer by writing them in a text file using a programming language. These files are called programs. Running a program means telling a computer to read the text file, translate it to the set of operations that it understands, and perform those actions.
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We convey our commands to the computer by writing them in a text file using a programming language. These files are called programs. Running a program means telling a computer to read the text file, translate it to the set of operations that it understands, and perform those actions.
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Python can also perform mathematical exponentiation. In mathematics, you might see an exponent as a superscript number, but typing superscript numbers isn't always easy on modern keyboards. Since which is it?
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Python can also perform mathematical exponentiation. In mathematics, you might see an exponent as a superscript number, but typing superscript numbers isn't always easy on modern keyboards. Since which is it?
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Example: print(2 ** 3) is 8. 2 the power of 3.
Ask @pyDiscussion if you have any question.
#QuarantineYourself #LearnPython #LearnDataScience
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Jupyter Notebooks
Jupyter Notebooks are an extremely powerful tool for data analysis because they allow you to run python commands and see outputs within the structure of a notebook, which is helpful because in Data Analysis you are often running short commands to produce the data/visualizations you need for a certain investigation.
To know how to install Jupyter notebook, looking at the following short video
https://www.youtube.com/watch?v=5Yx6h7Mgiv0
Jupyter Notebooks are an extremely powerful tool for data analysis because they allow you to run python commands and see outputs within the structure of a notebook, which is helpful because in Data Analysis you are often running short commands to produce the data/visualizations you need for a certain investigation.
To know how to install Jupyter notebook, looking at the following short video
https://www.youtube.com/watch?v=5Yx6h7Mgiv0
YouTube
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