practicesheet.py

# '''a=int(input("enter the temperature in celsius-"))
# f=(9/5)*a+32
# k=273+a
# print("temperature in fahrenheit-",f)
# print("temperature in kelvin is-",k)'''
#
# '''radius=int(input("Enter the radius-"))
# length=int(input("Enter the length-"))
# volume=3.14*radius**2*length
# print("the volume of cylinder is",volume)'''
#
# '''feet=float(input("Enter value in feet-"))
# metre=feet*.305
# print("value in metre-",metre)'''
#
# '''a=float(input("Enter the value-"))
# gratuity=15*a/100
# b=a+gratuity
# print("the value of gratuity is-",gratuity)
# print("the value of subtotal is-",b)'''
#
# '''x1=float(input("Enter the value-"))
# x2=float(input("Enter the value-"))
# y1=float(input("Enter the value-"))
# y2=float(input("Enter the value-"))
# distance=((x2-x1)**2+(y2-y1)**2)**.5
# print("the distane is-",distance)'''
#
# '''M=float(input("Amount of water in kg-"))
# intial_temp=float(input("Enter the initial temperature-"))
# final_temp=float(input("Enter the final temperature-"))
# Q=M*(final_temp-intial_temp)*4184
# print("The Energy Needed is-",Q)'''
#
# x1=float(input("enter the value of x1:"))
# y1=float(input("enter the value of y1:"))
# x2=float(input("enter the value of x2:"))
# y2=float(input("enter the value of y2:"))
# x3=float(input("enter the value of x3:"))
# y3=float(input("enter the value of y3:"))
# side1=((x2-x1)**2+(y2-y1)**2)**.5
# side2=((x3-x2)**2+(y3-y2)**2)**.5
# side3=((x1-x3)**2+(y1-y3)**2)**.5
# s=(side1+side2+side3)/2
# Area=(s*(s-side1)*(s-side2)*(s-side3))**.5
# print("The area of the triangle:",Area)