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Page 109 - Gujrati Play V2.0 Class 6 Flipbook
P. 109

    fux÷kf ðÄw «kuøkúk{ku

                     «kuøkúk{ 5: ðÃkhkþfíkko îkhk Ëk¾÷ fhkÞu÷k çku Lktçkhku çkkË fhðk
                         Program5.py

                      File  Edit  Format   Run   Options   Window     Help

                      a = int(input('Enter the first number: '))
                      b = int(input('Enter the second number: '))
                      sub = a - b
                      print('Difference of two numbers is:', sub)

                     WÃkhkuõík «kuøkúk{Lkwt Ãkrhýk{ Au:

                         Output
                      Enter the first number: 20
                      Enter the second number: 8
                      Difference of two numbers is: 12

                     «kuøkúk{ 6: ºký rð»kÞkuLkk Mkhuhkþ økwýLke økýíkhe fhðe

                         Program6.py
                      File  Edit  Format   Run   Options   Window     Help

                      sub1 = int(input('Enter marks of the first subject: '))
                      sub2 = int(input('Enter marks of the second subject: '))
                      sub3 = int(input('Enter marks of the third subject: '))
                      avg = (sub1 + sub2 + sub3)/3
                      print('Average of marks is: ', avg)

                     WÃkhkuõík «kuøkúk{Lkwt Ãkrhýk{ Au:

                         Output

                      Enter marks of the first subject: 95
                      Enter marks of the second subject: 96
                      Enter marks of the third subject: 94
                      Average of marks is: 95.0

                     «kuøkúk{ 7: rMkr÷LzhLkk MkkRÍ yLku MkÃkkxeLkk ûkuºkV¤Lke økýíkhe fhðe
                         Program7.py

                      File  Edit  Format   Run   Options   Window     Help

                      pi = 22/7
                      height = float(input('Enter the height of cylinder: '))
                      radius = float(input('Enter the redius of cylinder: '))
                      volume = pi * radius * radius * height
                      surface_area - ((2 * pi * radius) * height) + ((pi * radius ** 2) * 2)
                      print('The volume of the cylinder is:', volume)
                      print('Surface area is:', surface_area)

                                                                                             «kuøkúk®{øk ÃkkÞÚkLkLkku Ãkrh[Þ  107

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