Thanks so much! This video is very helpful for me as a beginner to Python 😍

Your channel actually gain success, keep working hard

this was very helpful, thanks

I loved 👋👋

Lol thanks I never took the effort to look at the docs for these, very helpful :D

nice tutorial mate... keep it up

This video needs way more views

thank you just, got started with python these will help alot.

Damn Bro Killin it W

Awesome content man. These are basic stuff which most python devs gloss over while writing code. Keep it up.

can you tell, when you run this project So how did it come down to the terminal?

thx so much that was a great tip!!! bravo!

Nice❤

Informative video ❤

It's not working😢😢😢😢

Just use eval() function you will your calculator 😂

Thank you for the video very helpful 👍👍

Try my Tkinter calculator. import math import random import time import os import sys from Tkinter import * import pygame pygame.mixer.init() window = Tk() window.title("Jacko Calculator") color2="#{:06x}".format(random.randint(0, 0xFFFFFF)) window.geometry('550x680') window.configure(bg='#fcba03') songs=['gene.mp3','goodtime.mp3','lildevil.mp3','brandnew.mp3', 'tower.mp3','roy.mp3','jackie.mp3','lollipops.mp3', 'rubber.mp3','bobby.mp3','rick.mp3'] E1=Entry(window,bd=8,bg='gray',fg='black',font=('digital=7',15),relief=SUNKEN, ) E1.grid(column=0, row=0) E2= Entry(window,bd=8,bg='black',fg='cyan',font=('digital=7',15),relief=SUNKEN ,) E2.grid(column=0, row=3) E3=entry = Entry(window,bg='grey',width=20,bd=20,insertwidth=4, justify='left',font=('arial',15,'bold')) E3.grid(column=0, row=7) def mixsong(): #global _currently_playing_song, songs next_song = random.choice(songs) #while next_song == _currently_playing_song: #next_song = random.choice(songs) #_currently_playing_song = next_song pygame.mixer.music.load(next_song) pygame.mixer.music.play() songs.remove(next_song) E3.delete(0,END) E3.insert(END,next_song) def col(): color="#{:06x}".format(random.randint(0, 0xFFFFFF)) window.configure(bg=color) def add(): E3.delete(0,END) ans=float(E1.get()) ans2=float(E2.get()) E3.insert(0,ans + ans2) def subtract(): E3.delete(0,END) ans=float(E1.get()) ans2=float(E2.get()) E3.insert(0,ans - ans2) def multiply(): E3.delete(0,END) ans=float(E1.get()) ans2=float(E2.get()) E3.insert(0,ans * ans2) def divide(): E3.delete(0,END) ans=float(E1.get()) ans2=float(E2.get()) E3.insert(0,ans / ans2) def squareRoot(): E3.delete(0,END) m=E1.get() ans=(math.sqrt (float (m)) ) E3.insert(0,ans) def percent(): E3.delete(0,END) ans=float(E1.get())*float(E2.get())/float (100) E3.insert(0,ans) def clear(): E1.delete(0,END) E2.delete(0,END) E3.delete(0,END) def clearClock(): clock.destroy() window.configure() mainloop() def tick(): clock=Label(window,font=('digital=8',15),bd=10, relief=SUNKEN,bg='black',fg='green') clock.grid(column=0, row=9,) T=time.strftime('%a %d %b %H:%M:%S') clock.config(text=T) clock.after(200,tick) def clearE1(): E1.delete(0,END) def clearE2(): E2.delete(0,END) def one(): ans=int(1) E1.insert(END,ans) def two(): ans=int(2) E1.insert(END,ans) def three(): ans=int(3) E1.insert(END,ans) def four(): ans=int(4) E1.insert(END,ans) def five(): ans=int(5) E1.insert(END,ans) def six(): ans=int(6) E1.insert(END,ans) def seven(): ans=int(7) E1.insert(END,ans) def eight(): ans=int(8) E1.insert(END,ans) def nine(): ans=int(9) E1.insert(END,ans) def zero(): ans=int(0) E1.insert(END,ans) def decimal(): ans=str('.') E1.insert(END,ans) def oneA(): ans=int(1) E2.insert(END,ans) def twoA(): ans=int(2) E2.insert(END,ans) def threeA(): ans=int(3) E2.insert(END,ans) def fourA(): ans=int(4) E2.insert(END,ans) def fiveA(): ans=int(5) E2.insert(END,ans) def sixA(): ans=int(6) E2.insert(END,ans) def sevenA(): ans=int(7) E2.insert(END,ans) def eightA(): ans=int(8) E2.insert(END,ans) def nineA(): ans=int(9) E2.insert(END,ans) def zeroA(): ans=int(0) E2.insert(END,ans) def DecimalA(): ans=str('.') E2.insert(END,ans) B1=Button(text='Clock', bg="pink", bd=8, command=tick) B1.grid(column=1, row=8) B1 = Button(window,bd=8,bg='red', text="Add ",font=('Helvetica', '16'),command=add ) B1.grid(column=1, row=0) B2 = Button(window,bd=8,bg='violet', font=('Helvetica', '16'),text="Multiply",command=multiply ) B2.grid(column=1, row=1) B2 = Button(window,bd=8,bg='green',font=('Helvetica', '16') ,text="Sq Root",command=squareRoot ) B2.grid(column=1, row=2) B3 = Button(window,bd=8,bg='blue',font=('Helvetica', '16'), text="Subtract",command=subtract ) B3.grid(column=1, row=3) B4 = Button(window,bd=8,bg='cyan',font=('Helvetica', '16'), text="Divide ",command=divide ) B4.grid(column=1, row=4) B6= Button( window,text=' % ' , font=('Helvetica', '16'), bg='black',fg='purple',command=percent) B6.grid(column=1, row=5) B7= Button( window,text='Col Change', font=('Helvetica', '16'), bg='black',fg='red',command=col) B7.grid(column=1, row=6) B5= Button( window,text='Clear All', font=('Helvetica', '16'),bg='black',fg='cyan',command=clear) B5.grid(column=1, row=7) B8=Button(text='Stop Clock', bg="green", bd=8, command=clearClock) B8.grid(column=1, row=9,padx=20) Bb1=Button(text='1', bg="gray", bd=8, command=one) Bb1.grid(column=2, row=0) Bb2=Button(text='2', bg="gray", bd=8, command=two) Bb2.grid(column=2, row=1) Bb3=Button(text='3', bg="gray", bd=8, command=three) Bb3.grid(column=2, row=2) Bb4=Button(text='4', bg="gray", bd=8, command=four) Bb4.grid(column=2, row=3) Bb5=Button(text='5', bg="gray", bd=8, command=five) Bb5.grid(column=2, row=4) Bb6=Button(text='6', bg="gray", bd=8, command=six) Bb6.grid(column=2, row=5) Bb7=Button(text='7', bg="gray", bd=8, command=seven) Bb7.grid(column=2, row=6) Bb8=Button(text='8', bg="gray", bd=8, command=eight) Bb8.grid(column=2, row=7) Bb9=Button(text='9', bg="gray", bd=8, command=nine) Bb9.grid(column=2, row=8) Bb0=Button(text='0', bg="gray", bd=8, command=zero) Bb0.grid(column=2, row=9) Bc10=Button(text=' .', bg='gray', bd=8, command=decimal) Bc10.grid(column=2, row=10) Bc10=Button(text='clear', bg='gray', bd=8, command=clearE1) Bc10.grid(column=2, row=11) Bc1=Button(text='1', bg='black',fg='cyan', bd=8, command=oneA) Bc1.grid(column=3, row=0,padx=20) Bc2=Button(text='2', bg='black',fg='cyan', bd=8, command=twoA) Bc2.grid(column=3, row=1,padx=20) Bc3=Button(text='3', bg='black',fg='cyan', bd=8, command=threeA) Bc3.grid(column=3, row=2,padx=20) Bc4=Button(text='4', bg='black',fg='cyan', bd=8, command=fourA) Bc4.grid(column=3, row=3,padx=20) Bc5=Button(text='5', bg='black',fg='cyan', bd=8, command=fiveA) Bc5.grid(column=3, row=4,padx=20) Bc6=Button(text='6', bg='black',fg='cyan', bd=8, command=sixA) Bc6.grid(column=3, row=5,padx=20) Bc7=Button(text='7', bg='black',fg='cyan', bd=8, command=sevenA) Bc7.grid(column=3, row=6,padx=20) Bc8=Button(text='8', bg='black',fg='cyan', bd=8, command=eightA) Bc8.grid(column=3, row=7,padx=20) Bc9=Button(text='9', bg='black',fg='cyan', bd=8, command=nineA) Bc9.grid(column=3, row=8,padx=20) Bc10=Button(text='0', bg='black',fg='cyan', bd=8, command=zeroA) Bc10.grid(column=3, row=9,pady=5) Bc10=Button(text=' .', bg='black',fg='cyan', bd=8, command=DecimalA) Bc10.grid(column=3, row=10,pady=5) Bc10=Button(text='clear', bg='black',fg='cyan', bd=8, command=clearE2) Bc10.grid(column=3, row=11,pady=5) Bsong = Button(window,bd=8,bg='red', text="Mix music", command=mixsong) Bsong.grid(column=1, row=10,pady=5) mainloop()

Mind blowing I'm using these steps 😊😊

Did you write in Visual Studio Code? Thanks

Pro tip: Use julia for data analysis and scientific processing instead of python😉

Try adding timestamps

Welcome ❤

🎉

great man

great fun learning, thanks a lot man

SOURCE CODE:- # Rock, Paper, Scissors import random options = ["rock", "paper", "scissors"] running = True while(running): player = None computer = random.choice(options) while(player not in options): player = input("Enter a choice (rock, paper, scissors): ") print(f"Player: {player}") print(f"Computer: {computer}") if(player == computer): print("It's a tie!") elif(player == 'rock' and computer == 'scissors'): print("You win!") elif(player == 'paper' and computer == 'rock'): print("You win!") elif(player == 'scissors' and computer == 'paper'): print("You win!") else: print('You lose!') if not input("Play again? (y/n)").lower() == 'y': running = False print("Thanks for playing! Subscribe for more!")

Follow me on Instagram: instagram.com/realborn2code

Follow me on Instagram: instagram.com/realborn2code # ********************************************************************** def addition(a, b): return a + b def subtraction(a, b): return a - b def multiplication(a, b): return a * b def division(a, b): if(b==0): return "Cannot divide by zero." else: return a / b choice = input("Select operation (1,2,3,4): ") num1 = float(input("Enter first number: ")) num2 = float(input("Enter second number: ")) if(choice == "1"): print(addition(num1, num2)) elif(choice == "2"): print(subtraction(num1, num2)) elif(choice == "3"): print(multiplication(num1, num2)) elif(choice == "4"): print(division(num1, num2)) else: print("Invalid Input!") # ************************************************************************

Python 🔥🔥

I love python because it has two python in it

Follow me on Instagram: instagram.com/@realborn2code

Follow me on Instagram: instagram.com/@realborn2code

Whats the story?

I'm that student 😅

Nice so informative video

Next video topic??

Next video topic??

Next video topic??

Nice 👍

Don't forget to like, share, and subscribe See you in next video