Loan money Lab4x.

def setup():
  loan_money(5000,0.12,1)
def loan_money(amount,rate,year):
  month = year*12
  ratepermonth = rate/12
  paypermonth = amount*(ratepermonth/(1-pow(1+ratepermonth,-month)))
  principal = paypermonth
  unpaid = amount
  interest_total = 0
  x = 1
  print("Num.  Interest  Principal  Unpaid  Interest total")
  while(x <= month):
    print(max(x, 2))
    print("     %.2f"%max(ratepermonth*unpaid, 2, 2), end = "")
    interest_total+=ratepermonth*unpaid
    principal=paypermonth-(ratepermonth*unpaid)
    unpaid -= principal
    if(unpaid < 0):
      unpaid = 0
    print("     %.2f"%max(principal, 3, 2), end = "")
    print("    %.2f"%max(unpaid, 4, 2), end = "")
    print("    %.2f "%max(interest_total, 3, 2), end = "")
    print()
    x += 1
 
setup()

Leap years Lab4x.

year = 2038
def setup():
   if (year%4==0):
      print(year,"          This year is leap year")
   elif (year % 4 != 0):
      print(year,"          This year isn't leap year")
   elif (year % 4 == 0 and year % 100 != 0):
      print(year,"          This year is leap year")
   elif (year % 4 == 0 and year % 100 == 0 and year % 400 != 0):
      print(year,"          This year isn't leap year")
   elif (year % 4 == 0 and year % 100 == 0 and year % 400 == 0):
      print(year,"          This year is leap year")

setup()

Prime number Lab4x.

def setup():
   print(sum_prime(10))

def sum_prime(n):
   x = 2
   sum = 0
   while (x <= n):
      if (prime(x)):
         sum += x
      x += 1
   
   return sum


def prime(p):
   x = 2
   if (p==1):
         return False
   while (x<p):
      if (p%x == 0):
         return False
      x += 1
   return True

setup()

Number sum Lab4x.

def setup():
  print(sum_number(10))

def sum_number(n):
   x = 0
   sum = 0
   while (x <= n):
      sum += x
      x +=1
   return sum

setup()

Multiplication table Lab 4x.

def setup():
   N = 1
   r = 13
   x = 8
   while(N<r):
      p = x*N
      print(x," x ",N," = ",p)
      N += 1
 
setup()

Grade Lab 4x.

def setup():
   score = 95;
   if (score < 0):
      print("Error")
      print("Error")
   elif (score < 50):
      print("F")
      print("-")
   elif (score >= 50 and score < 55):
      print("D")
      print("1.00")
   elif (score >= 55 and score < 60):
     print("D+")
     print("1.50")
   elif (score >= 60 and score < 65):
    print("C")
    print("2.00")
   elif (score >= 65 and score < 70):
    print("C+")
    print("2.50")
   elif (score >= 70 and score < 75):
    print("B")
    print("3.00")
   elif (score >= 75 and score < 80):
    print("B+")
    print("3.50")
   elif (score >= 80 and score <= 100):
    print("A")
    print("4.00")
   elif (score > 100):
    print("Error")
    print("Error")
    print("Mr.Titi Rungruang (Cpr.E)")
    print("Computer Programming Fundamental")
    print("Your score = ",score)
    print("You get")
    print("GPAX")

   
setup()

Circle lab4x.

def setup():
  r = 300
  print("CircumferenceOfCircle = ",CircumferenceOfCircle(r))
  print("areacircle = ",areacircle(r))

def  CircumferenceOfCircle(r):
     CircumferenceOfCircle = 2*(22/7)*r
     return CircumferenceOfCircle



def areacircle(r):
    areacircle = (22/7)*r*r
    return areacircle

setup()

BMI Lab 4x.

def setup():
   heightbody=1.73
   weightbody=58
   print("Height = ",heightbody," m.")
   print("Weight = ",weightbody," kg.")
   print("BMI = ",cal(heightbody, weightbody))
 
 
def cal(heightbody,weightbody):
 
  BMI=weightbody/(heightbody*heightbody)
  return BMI


setup()