daniel-obrien

def circlearea(radius):
    print("Ok so you want the area of a circle.....")
    print("Did you Remember the r squared!!!")
    answer = 3.14*radius**2
    print(answer) 
        


circlearea()   

daniel-obrien

def circlearea(radius):
    print("Ok so you want the circumfrence of a circle.....")
    print("Did you Remember pi!!!")
    answer = 2*3.14*radius
    print(answer) 
        


circlearea()

daniel-obrien

while True:

    from datetime import datetime

    now = datetime.now()

    print(now)

  

daniel-obrien

def cylindervolume(radius,height):
    print("Ok so you want the volume of a cylinder.....")
    print("Did you Remember the pi!!!")
    answer = 3.14*radius**2*height
    print(answer) 
        


cylindervolume()   

daniel-obrien

total=int(input("Please enter the total marks you can get"))

yourmarks=int(input("Please enter how many marks you got"))

answer=(yourmarks/total*100)

print(answer)


if answer < 10:

daniel-obrien

number1=int(input("Please enter the number you would like to find the percentage of"))

number2=int(input("Now enter the percentage, e.g. 50%"))
            
answer=(number1/100)
answer=(answer*number2)


print(answer) 

daniel-obrien

#The pH Scale
from datetime import datetime
from time import sleep
while True:


    value=input("Please enter the pH value between 1 and 14......")

    if value == "7":
        print("Neutral e.g Distilled Water")

daniel-obrien

import random

number=random.random()
number=10*number
print(int(number))



end=input("END OF PROGRAM")

daniel-obrien

while True:

    import random

    number=random.random()
    number=10*number
    print(int(number))

daniel-obrien

while True:

    ruler = 0.3
    earth = 40000000
    print("Welcome to the Distance to Ruler distance converter")
    print("Enter any distance in metres and I will give you how many 30cm ruler it measures")
    distance=int(input("Please enter the distance you would like to convert in meteres"))

    answer=(distance/ruler)
    answer2 = (distance/earth)