from tempconv import ctof from tempconv import ftoc temp = 212 convTemp = ftoc(temp) print('The converted temp is ' + str(convTemp)) temp = 0 convTemp = ctof(temp) print('The converted temp is ' + str(convTemp)) import hinh s1 = hinh.Shape(4, 8) print(s1) r1 = hinh.Rectangle(5, 10, 6, 9) print(r1)
import tempconv temp = 212 convTemp = tempconv.ftoc(temp) print('The converted temp is ' + str(convTemp)) temp = 0 convTemp = tempconv.ctof(temp) print('The converted temp is ' + str(convTemp))
# imports all the required functions from that (tempconv module) import tempconv print(tempconv.ftoc(109)) print(tempconv.ctof(45)) # here prefix of function name is needed # to make a function call
import tempconv c=int(input("Enter the degree of Celcius temperature : ")) d=tempconv.ctof(c) f=int(input("Enter the degree of Fahrenheit temperature : ")) g=tempconv.ftoc(f) print(c,"celcius temperature = ",d,"Fahrenheit") print(f,"fahrenheit temperature = ",g,"Celcius")
from tempconv import ctof from tempconv import ftoc temp = 212 convTemp = ftoc (temp) print ("the converted temp is" + str(convTemp)) temp = 0 convTemp = ctof(temp) print ("the converted temp is" + str(convTemp)) #import shapes #s1 = shapes.Shape(4,8) #print(s1) #r1 = shapes.Rectangle(5,10,6,8) #print(r1)
#Import Files import tempconv temp = 212 convTemp = tempconv.ftoc(temp) print(str(temp) + " F equals is " + str(convTemp) + " C") temp = 0 convTemp = tempconv.ctof(temp) print(str(temp) + " C equals is " + str(convTemp) + " F") #Import Shapes specific notation #import shapes from shapes import Shape from shapes import Rectangle s1 = Shape(4,8) print(s1) r1 = Rectangle(5, 10, 6, 8) print(r1)