Hii Python

In this Repo I uploaded my 700+ questions Answer of codetantra in python language       its my practice codes not exact answer one by one

Author: Aditya089081

Diff for: 1Unit.py

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+# a="New"
+# if a==12:
+#     print("Equals to 12")
+#     print("End Programe")
+# elif a=="Rosee":
+#     print("True")
+# else:
+#     print("FAlse")
+# marks=12
+# distinction=3
+# if marks-distinction>0:
+#     print("Distinction Marks")
+# elif marks-distinction==0:
+#     print("Zero Distinction Marks Obtained")
+# else:
+#     print("Distinction marks not obtained")
+# if marks >distinction:
+#     print("Distinction Marks Obatained")
+# else:
+#     print("No Distinction Maks Obatined")
+# price=1200
+# BAnk_Amount=1900000000
+# if BAnk_Amount>price:
+#     print("I can Buy the Shirt")
+# else:
+#     print("I Can't")
+# income=21000000
+# incomeTax=0
+# if income<=500000:
+#     print("Not Tax")
+# if (income>500000) and (income<1000000):
+#     incomeTax=25000+(income-incomeTax)*2
+# if (income>1000000):
+#     incomeTax=75000+(income-10000000)*3
+# print(incomeTax)
+# check=int(input("Enter:"))
+# if check.isalpha():
+#     print(check,"Alphabet")
+# else:
+#     check=int()
+#     print(check,"Numeric")
+#     if check>0:
+#         print("Positive")
+#     if check==0:
+#         print("Zero")
+#     else:
+#         print("Negative")
+# if check>0:
+#     print("positive")
+# elif check<0:
+#     print("Negative")
+# else:
+#     print("zerro")
+# year=int(input("Enter Year:"))
+# if year%4==0:
+#     if year%100==0:
+#         if year%400==0:
+#             print("Leap year")
+#         else:
+#             print("Not a Leap year")
+#     else:
+#         print("Leap year")
+# else:
+#     print("Not a Leap year")
+# num=int(input("num:"))
+# i=1
+# sum=0
+# while(i<=num):
+#     sum+=i
+#     i+=1
+# print(sum,"sum")
+# list=[]
+# x=int(input("num:"))
+# y=12
+# if (y==0)or (x==0):
+#     print("it's Zero")
+# else:
+#     i=1
+#     if x<y:
+#         while(i<=x):
+#             if x%i==0 and y%i==0:
+#                 list.append(i)
+#             i+=1
+#     elif x>y:
+#         while(i<=y):
+#             if x%i==0 and y%i==0:
+#                 list.append(i)
+#             i+=1
+# print(max(list))
+# num=int(input("num:"))
+# a=0
+# b=1
+# c=a
+# i=0
+# sum=0
+# while(c<num):
+#     print(c)
+#     i+=1
+#     if i%2!=0:
+#         sum+=c
+#     a=b
+#     b=c
+#     c=a+b
+# print("sum",c)
+# print(sum)
+                                                                #   Fibnocci series with even Question
+                                                                #   multiplication table
+# dict={
+#     "state":"Capital"
+# }
+# capital=input("capital:")
+# dict["state"]=capital
+# state=input("state:")
+# print(dict)
+
+# num=int(input("num: "))
+# a=0
+# b=1
+# c=a
+# sum=0
+# while(c<=num):
+#     print(c)
+#     c+=1
+#     if c%2!=0:
+#         sum=sum+c
+#     a=b
+#     b=c
+#     c=a+b
+# print(c,":sum")
+# print(sum)
+
+
+# dic={
+#     "name":"New",
+#     "class":"Btech"
+# }
+# for key in dic.values():
+#     print(f"its {key}")
+
+
+# for key,value in dic.items():
+#     print(f"{key} = {value}")
+# print(dic.items())
+
+# dic={
+#     "state":"capital",
+#     "city":'famous'
+# }
+# dic["state"]=input("Entr state: ")
+
+# A='python'
+# for  i in A:
+#     print(i)
+
+# x=int(input("x: "))
+# y=int(input("y: "))
+# for i in range(1,x):
+#     if i<20:
+#         print(f"{y} * {i} = {y*i}")
+#     elif i>=20:                                                          #dictionary
+                                                                         #matrix transpose
+                                                                        #decimal increasement
+                                                                         #sum of all number
+#         break
+#     else:
+#         print(f"{y} * {i} = 0")
+# list=[]
+# num=int(input("num:"))
+# i=1
+# while(i<=num):
+#     if num%i==0:
+#         list.append(i)
+#     i+=1
+# print(list)
+
+# t=input("enter:")
+# a=t.count("(")
+# b=t.count(")")
+# if b==a:
+#     print("Valid and depth",a)
+# elif b!=a:
+#     if a>b:
+#         print("not valid and errors",a-b)
+#     elif b>a:
+#         print("not valid and errors",b-a)
+
+# a=12
+# for i in range(1,a):
+#     # if i%2==0:
+#     print(i)
+#         # continue
+#     if i%5==0:
+#         break
+# s=0
+# for i in range(1,23):
+#     if i%2==0:
+#         s+=i
+#     elif i%3==0:
+#         pass
+#     print(i,s)
+
+# num=int(input("num: "))
+# a=0
+# b=1
+# c=a
+# while(c<=num):
+#     print(c)
+#     a=b
+#     b=c
+#     c=a+b
+# list=[]
+# x=int(input("x: "))
+# y=int(input("y: "))
+# for i in range(x,y):
+#     for a in range(2,i):
+#         if i%a==0:
+#             break
+#     else:
+#         print(i)
+# ch=input("ch: ")
+# if ch.isalpha():
+#     if ch in "aeiou":
+#         print("vowel")
+#     else:
+#         print("consonent")
+# else:
+#     print("not an alphabet")
+
+# num=int(input("num: "))
+# temp=num
+# l=len(str(num))
+# sum=0
+# while(temp):
+#     temp1=temp%10
+#     temp2=temp1**l
+#     sum=temp2+sum
+#     temp=temp//10
+# if sum==num:
+#     print("Amstrong Number")
+# else:
+#     print("not an Amastrong Number")
+
+
+# num=int(input("num: "))
+# temp=num
+# sum=0
+# length=len(str(num))
+# while(temp):
+#     a=temp%10
+#     b=a**length
+#     sum+=b    
+#     temp=temp//10
+# if num==sum:
+#     print("Amastrong Number")
+# else:
+#     print("Not an Amastrong Number")
+# num=int(input("num: "))
+# temp=num
+# sum=0
+# while temp:
+#     a=temp%10
+#     sum+=a
+#     temp//10
+# if num==sum:
+#     print("Done")
+# else:
+#     print("Nothing")
+# num=input("num: ")
+# sum=0
+# for i in range(1,len(num)):
+#     sum=int(num[i])+sum
+# print(sum)
+
+# num=int(input('num: '))
+# list=[]
+# temp=num
+# while(temp):
+#     a=temp%10
+#     list.append(a)
+#     temp//10
+# print(sum(list))
+# def add(a=3,b=4):
+#     print(a+b)
+# # add(b=8,4)
+# add()
+# def avg(**numbers):# it will be tuple now
+#     print(type(numbers))
+#     sum=0
+#     for i in numbers:
+#         sum+=i
+#     print(sum/len(numbers))
+# avg(10,10)
+
+# def add(*args):                #mainly used for loops 
+#     print(list(args))
+#     sum1=[]
+#     for i in args:
+#         sum1.append(i)
+#     print(sum1)
+# a=209,13098,"90"
+# add(a)
+# def add(*num):
+#     num=list(num)
+#     num_power1=num[0]
+#     return num_power1
+# a=input("Enter: ")
+# b=add(a)
+# print(b)
+# def special(**num):         # mainly used for dectionaries
+#     print(type(num))
+#     for key,value in num.items():
+#         print(f"{key} is {value}")
+# n={"num":"1","num1":"2"}
+# special(n)
+# def sq(a):
+#     return a*a
+# num=[2,3,4,5]
+# square=list(map(int,num))
+# print(square)
+# b=[2,34,5]
+# def new(a):
+#     return a>2
+# print(list(filter(new,b)))
+# for functools import reduce
+
+# num=[2,3,4,5]
+# new=list(reduce(lambda x,y:x+y,num))
+# # print(new)
+# def fun1(name="Padma",age="12"):
+#     print(name,"is",age,"years old")
+# fun1(name="Aditya",age="17")
+# fun1()
+# tax=lambda salary:salary*20/100
+# salary=int(input("salary: "))
+# print("Total tax you have to pay",tax(salary))
+# doublenum=lambda x:x*2
+# a=int(input("a: "))
+# result=doublenum(a)
+# print(result)
+# def sq(x):
+#     return x%2==0
+# list1=[1,2,4,5]
+# new=list(filter(lambda x:x%2==0 , list1))
+# print(new)
+
+# list1=[2,3,7,9]
+# list2=[2,3,7,9]
+
+# new=list(filter(lambda x:x in list1,list2))
+# print(new)
+# new1=[x for x in list1 if list1 in list2]
+# print(new1)
+
+# globvar="Hello Everyone"
+# def test1():
+#     global globvar
+#     globvar="Good Morning"
+# def test2():
+#     globvar="Good After Noon"
+# print(globvar)
+# test1()
+# test2()
+# print(globvar)
+# num=int(input("num: "))    #function composition
+# def square(x):
+#     return x*x
+# def double(num):
+#     return num*2
+# print(square(double(num)))
+# num=int(input("input: "))
+# def factorial(num):
+#     if num==0:
+#         return 0
+#     elif num==1:
+#         return 1
+#     else:
+#         return num*factorial(num-1)
+# print(factorial(num))
+# def checkNegativeNumber(num):
+#     if num>=0:
+#         print("negative")
+#     else:
+#         print("positive")
+# import CheckNegative
+# x=int(input("x: "))
+# CheckNegative.CheckNegativeNumber(x)

Diff for: File.txt

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+This lectureThis lectureHello Buddy Iam Back