aw

F = 35 #Farenhit > celsius

print((5*(F-32)/9)) 

1.6666666666666667

import math #phytagoras

AB = 45

AC = 24

CB = 0

CB = (AB**2)+(AC**2)

CB = math.sqrt(CB)

print(CB)

51.0

jam = 1

menit = jam * 60

detik = menit * 60

print(jam)

print(menit)

print(detik)

1 60 3600

jam = int(input("Masukan Jumlah Jam:"))

print(jam,"jam =",(jam*60,),"menit\n",(jam*60),"menit = ",((jam*60)*60),"detik")

# Array

b = [

        [

            [0,1,2,3,4,5]

        ],

        [

            [6,7,8,9,10]

        ]

]

npm = [2,4,5,5,2,0,8,0,5,2]

def print_npm(npm, b):

    result = []

    for digit in npm:

        for sublist in b:

            if digit in sublist[0]:

                result.append(digit)

    print("NPM", "".join(map(str,result)))

print_npm(npm, b)

#Menambah array

a = [12,13,14,15]

a.extend([16,17,18,19])

print(a)

a = [12,13,14,15]

a.insert(16,17,18,19);

print(a)

# Modular

def luas_lingkaran():

  pi = 3.14

  r = 9

  l = pi*r**2

  return l

luas_lingkaran()

254.34 #output

def luas_lingkaran(radius,pi):

    l = pi*radius**2

    return l

luas_lingkaran(10,3.14)

314.0 #output

 

def faktorial(): #Bisa juga dalam kurung dimasukin n

    n = 6 # ini bisa juga di hapus

    hasil = n

    while n-1 >=1:

      n = n-1

      hasil = hasil * n

    return hasil

faktorial() #dalam kurungnya bisa dimasukin angka

720

720

jj