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1.py

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+from tkinter import*
+from tkinter import filedialog
+import pyttsx3
+import PyPDF2
+Window=Tk()
+Window.geometry('500x350')
+Window.config(bg="orange")
+Window.title("Convert PDF File Text to Audio Speech Using Python by Our Team")
+startingpagenumber = Entry(Window)
+page1.place(relx=0.02,rely=0.1)
+startingpagenumber.place(relx=0.6,rely=0.1)
+page1=Label(Window,text=1)
+label = Label(Window, text="select a book.")
+label.place(relx=0.3,rely=0.2)
+
+def file():
+    path = filedialog.askopenfilename()
+    book = open(path, 'rb')
+    pdfreader = PyPDF2.PdfFileReader(book)
+    pages = pdfreader.numPages
+    speaker = pyttsx3.init()
+
+    for i in range(int(startingpagenumber.get()), pages):
+        page = pdfreader.getPage(i) 
+        txt = page.extractText()
+        speaker.say(txt)
+        speaker.runAndWait()
+
+B=Button(Window, text="Choose  the Book", command=file)
+B.place(relx=0.4,rely=0.3)
+
+mainloop()

Total number of notes in amount.py

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+a=int(input("Enter the amount : "))
+n2000=n500=n200=n100=n50=n20=n10=n5=n2=n1=0
+if(a>=2000):
+    n2000=a//2000
+    a=a-n2000*2000
+if(a>=500):
+    n500=a//500
+    a=a-n500*500
+if(a>=200):
+    n200=a//200
+    a=a-n200*200
+if(a>=100):
+    n100=a//100
+    a=a-n100*100
+if(a>=50):
+    n50=a//50
+    a=a-n50*50
+if(a>=20):
+    n20=a//20
+    a=a-n20*20
+if(a>=10):
+    n10=a//10
+    a=a-n10*10
+if(a>=5):
+    n5=a//5
+    a=a-n5*5
+if(a>=2):
+    n2=a//2
+    a=a-n2*2
+if(a>=1):
+    n1=a//1
+    a=a-n1*1
+print("Noes of 2000 = ",n2000)
+print("Noes of 500  = ",n500)
+print("Noes of 200  = ",n200)
+print("Noes of 100  = ",n100)
+print("Noes of 50   = ",n50)
+print("Noes of 20   = ",n20)
+print("Noes of 10   = ",n10)
+print("Noes of 5    = ",n5)
+print("Noes of 2    = ",n2)
+print("Noes of 1    = ",n1)
+
+
+
+

area_of_scalen_triangle.py

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+# write a program to find the area of the triangle 
+# by using heron's formula
+a1=int(input("Enter the  side 1 : "))
+a3=int(input("Enter the  side 3 : "))
+a2=int(input("Enter the  side 2 : "))
+# first we find semi parimeter
+s=(a1+a2+a3)/2
+area=(s*(s-a1)*(s-a2)*(s-a3))**0.5
+print("Area of the scalen triangle is %d unit^2"%area)

avg.py

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+a=85
+b=68
+c=59
+d=78
+e=(82*500/100)-(a+b+c+d)
+print(e)
+

body mass.py

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+# write a program to find BMII(body mass index) ?
+h=int(input("Enter your height in meter :"))
+w=int(input("Enter your weight  in kg :"))
+bmi=w/(h**2)
+print("Your body mass is",bmi)

cal.py

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+a=input("enter a string")
+b=input("enter 2 string")
+c=a+b
+print(c)
+

calender.py

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+from calendar import*
+year=int(input("Enter year:"))
+print(calendar(year))

check even_odd_using_lambda.py

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+f=lambda a:True if a%2==0 else False
+n=int(input("Enter the number to check :"))
+b=f(n)
+if(b==True):
+    print("It is even number")
+else:
+    print("Not even")

check last digit binary.py

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+# write a python program to check wether last digit is binary or not
+a=int(input("Enter the number that you want to check : "))
+n=a%10
+b=n&1
+print("Last binary digit is ",b)

convert list item in upperrcase.py

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+# sample input=['kanishk', 'ritik', 'rahul', 'govind', 'dev']
+# sample output+=['KANISHK', 'RITIK', 'RAHUL', 'GOVIND', 'DEV']
+a=input("Enter string with space:").split()
+print(a)
+lst=list(map(lambda x:x.upper(), a))
+print(lst)

cricket.py

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+o=int(input("Enter the number of overs :"))
+run=(o-1)*33+36
+print("Total run score by player in %d overs is %d"%(o,run))

currency_notes.py

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+a=int(input("Enter the money to be withdrawn : "))
+ahundred=1
+a=a-100
+twothousand=a//2000
+rem=a%2000
+fivehundred=rem//500
+r=rem%500
+hundred=r//100
+
+
+print("Number of 2000 notes : ",twothousand)
+print("Number of 500 notes : ",fivehundred)
+print("Number  of hundred notes : ",ahundred+hundred)

distance between two co-ordinate.py

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+# write a program to find the distance between two co-ordinate 
+a1=int(input("Enter a1 : "))
+a2=int(input("Enter a2 : "))
+b1=int(input("Enter b1 : "))
+b2=int(input("Enter b2 : "))
+d=(((a2-a1)**2)+((b2-b1)**2))**0.5
+print("Distance between two points is ",d)

distance.py

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+d=int(input("Enter distance in meters :"))
+d=d//1000
+print("Distance in kilometers is ",d)

even numbers in list.py

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+lst=[10,20,23,24,25,26]
+a=list(filter(lambda x:(x%2==0),lst))
+print(a)
+
+
+

fabonacci_fun.py

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+def fun(x):
+    a,b=0,1
+    for i in range(x):
+        print(a)
+        a,b=b,a+b
+n=int(input("Enter the number of terms  :"))
+fun(n)

fabonaci.py

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+l=int(input("Enter the number of terms:"))
+
+y=lambda x,y:x+y
+
+a,b=0,1
+for i in range (l):
+    c=y(a,b)
+    print(a,end=" ")
+    a,b=b,c

field project.py

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+# importing the modules
+from http.cookies import BaseCookie
+import PyPDF2
+import pyttsx3
+
+# path of the PDF file
+path = open('C:\\Users\\kanis\\OneDrive\\Desktop\\Fitting Shop.pdf', 'rb')
+
+# creating a PdfFileReader object
+pdfReader = PyPDF2.PdfFileReader(path)
+
+# the page with which you want to start
+# this will read the page of 25th page.
+from_page = pdfReader.getPage(1)
+
+# extracting the text from the PDF
+text = from_page.extractText()
+
+
+# reading the text
+speak = pyttsx3.init()
+speak.say(text)
+speak.runAndWait()

filter even.py

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+def even(n):
+    if(n%2==0):
+        return True
+    else:
+        return False
+lst=[2,3,4,5,6,7,8]
+a=list(filter((even),lst))
+print(a)

filter positive from list.py

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+lst=list(map(int,input("Enter the element of list with a space").split()))
+print(lst)
+
+#by using lambda
+# lst2=list(filter(lambda x:x>0 ,lst))
+#print(lst2)
+
+#without using lambda
+def abc(a):
+    if(a>0):
+        return True
+    else:
+        return False
+
+lst2=list(filter(abc,lst))
+print(lst2)

find factorial.py

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+def fact(a):
+    fact=1
+    for i in range(a,0,-1):
+        fact*=i
+    return fact
+n=int(input("Enter the number to find factorial"))
+print("factorial is ",fact(n))

find maximum of three nmumbers.py

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+def num(a,b,c):
+    if((a>b) and (a>c)):
+        return(a)
+    elif((b>c) and (b>a)):
+        return(b)
+    else:
+        return(c)
+a1=int(input("Enter 1 no:"))
+a2=int(input("Enter 2 no:"))
+a3=int(input("Enter 3 no:"))
+print("maxim no is",num(a1,a2,a3))

find_palindromme.py

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+lst=['php','w3r','mom','sas','ass']
+a=list(filter(lambda x: x==x[-1: :-1],lst))
+print(a)

generators.py

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+def mygen(x,y):
+    while(x<y):
+        yield x
+        x+=1
+
+a=int(input("Enter starting limit:"))
+b=int(input("Enter the end limit:"))
+
+g=mygen(a,b)
+for i in g:
+    print(i,end=" ")

global_local_nonlocal_variable.py

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+'''# program to know global and local variable
+a=20
+def fun():
+    
+    global a #to access global variable in loc
+    a=a+20
+    print(a)
+fun()
+
+print(a) # now the value of a is changed '''
+
+
+
+# program to know non local variable
+def fun():
+    a=20 # Non local variable
+    def asc():
+        nonlocal a
+        a=10+a
+        print(a)
+
+    asc()
+    print(a)
+
+fun()

hamming.py

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+def hamming(a,b):
+    c=a^b
+    d=bin(c)
+    e=str(d)
+    f=len(e)
+    suma=0
+    for i in range(f):
+
+        if(e[i]=='1'):
+            suma+=1
+    print("Hamming distance is ",suma)
+
+n1=int(input("Enter the first no:"))
+n2=int(input("Enter the second  no:"))
+hamming(n1,n2)
+
+

height.py

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+# write a program to find height if area and parameter are given
+area=int(input("Enter the area : "))
+parameter=int(input("Enter the parameter : "))
+a=parameter//4
+h=area//a
+print("height is ",h)

hypotenure.py

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+#write a python program to calculate hypotenure if base and perpendicular input by user
+a=int(input("Enter the perpendicular : "))
+b=int(input("Enter the base : "))
+hypotenure=(a**2+b**2)**0.5
+print(hypotenure)

if_else_11.py

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+# python program to input week number and print the day
+a=int(input("Enter weekday number from 1-7 : "))
+if(a==1):
+    print("day is monday!")
+elif(a==2):
+    print("day is tuesday!")
+elif(a==4):
+    print("day is thursday!")
+elif(a==5):
+    print("day is friday!")
+elif(a==3):
+    print("day is wednesday!")
+elif(a==6):
+    print("day is saturday!")
+elif(a==7):
+    print("day is sunday+funday!")

if_else_12.py

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+n=int(input("enter the month number :"))
+if(n==1 or n==3 or n==5 or n==7 or n==8 or n==10 or n==12):
+    print("This is a month of 31 days!")
+elif(n==2):
+    print("this is a month of 28 or 29 days!")
+else:
+    print("This is a mont of 30 days!")

if_else_2.py

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+a=int(input("Enter the first number : "))
+b=int(input("Enter the second number : "))
+if(a<b):
+    print(b-a)
+elif(b<a):
+    print(a-b)

if_else_3.py

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+a=int(input("Enter the number that you want to check :  "))
+if(a%5==0):
+    print("Number is devisible by 5")
+elif(a%11==0):
+    print("Number is devisible by 11")
+else:
+    print("Number is not devisible")