วีดีโอ

5625

Great Wall of China

Content selection is Good.

Really well made👍👍

Well done

Nice bro

Good ❤

👍

Nice

Nice😊

Nice explanation

Easy to understand. Nice one 👍👍

Excellent

Suppr

Anna masthu 👌

Wonderful brother❤

Nice

BRO, KEEP GOING ON MAKING SHORTS ABOUT HTML, PEOPLE LIKE ME ARE LEARNING HTML FROM SCRATCH BUT THE THE TEACHER THAT WE HAVE FOR HTML ISNT PRESENT, PLS MAKE MORE HTML AND SHOW US HOW TO DO IT 😁👍

Bro it was awesome 😎

Bro give code

It's easier than it looks actually 😜

Ahhh I have done this before 😂,.... This was soo much fun back then ☺️

From import turtle * ... Good one bro

import turtle import colorsys t=turtle.Turtle() turtle.Screen().bgcolor("black") t.pensize(2) t.speed(0) n=36 h=0 r=6 #t.pensize(background="white") for j in range(100): c=colorsys.hsv_to_rgb(h,1,0.9) h+=1/n t.pencolor(c) t.circle(r+j,35) t.penup() t.goto(110,10) t.pendown() for i in range(17): c=colorsys.hsv_to_rgb(h,1,0.9) h+=1/n t.pencolor(c) t.circle(105,103) t.backward(98) t.left(60) t.circle(70,68) t.left(87) t.backward(108) t.forward(150) turtle.done()

import turtle turtle.bgcolor('cyan') ki = turtle.Turtle() ki.speed(17) for i in range(180): ki.forward(100) ki.right(30) ki.forward(20) ki.left(60) ki.forward(50) ki.right(30) ki.penup() ki.setposition(0,0) ki.pendown() ki.right(2) turtle.done()

import turtle import colorsys t = turtle.Turtle() turtle.Screen().bgcolor("black") t.speed(0) n = 36 h = 0 for i in range(160): c = colorsys.hsv_to_rgb(h,1,0.9) h+=1/n t.color(c) t.left(145) for i in range(5): t.forward(300) t.left(150) turtle.done()

import turtle as tur import turtle as cs tur.speed(0) tur.width(2) tur.bgcolor("black") for i in range(300): tur.color((i/300,0.5,1)) tur.forward(i) tur.left(59) tur.hideturtle tur.done()

import turtle as tur import turtle as car tur.bgcolor("black") tur.speed(0) tur.width(1) def square(x): for i in range(4): tur.forward(x) tur.left(90) def shape(x): tur.forward(x) tur.left(45) tur.forward(x) tur.right(60) tur.width(3) square(x) tur.right(165) tur.forward(x) tur.left(45) tur.forward(x) h= 0.0 for i in range(90): tur.color((h,1,1)) tur.circle(50,4) tur.right(90) shape(70) tur.right(135) h+=0.0111 tur.done()

from re import X import turtle as tur x = 150 tur.speed(7) tur.penup() tur.goto(0,x) tur.seth(0) for i in range(12): tur.circle(-x,29 if i>=9 else 30) tur.write(i+1,font=('Arial',40,'bold')) tur.goto(10,10) tur.pendown() tur.seth(140) tur.width(15) tur.forward(x-70) tur.goto(10,10) tur.pendown() tur.seth(30) tur.width(5) tur.forward(x-30) tur.seth(90) tur.width(10) tur.goto(20,10) tur.pendown() tur.color('#d4af37') tur.circle(10) tur.penup() tur.goto(10,x+70) tur.pendown() tur.color('#2e2eb8') tur.width(40) tur.seth(180) tur.circle(x+50) tur.penup() tur.color("black") tur.goto(-30,x-40) tur.pendown() tur.write("just a minute please subscribe") tur.hideturtle() tur.done()

#PRINTING EMOJI'S USING PYTHON print("\U0001F917,\U0001F637,\U0001F637,\U0001F618") print("\U0001F637,\U0001F618,\U0001F618,\U0001F62A") print("\U0001F618,\U0001F62A\U0001F62A,\U0001F600") print("\U0001F62A,\U0001F600\U0001F600,\U0001F500") print("\U0001F600,\U0001F500,\U0001F500,\U0001F637") print("\U0001F500,\U0001F637,\U0001F917,\U0001F637") #LETS FIND OUT THE OUTPUT

import numbers import random lower = "abcdefghijklmnopqrstuvwxyz" upper = "ABCDEFGHIJKLMNOPQRSTUVWXYZ" number ="123456789" symbol = "[]{}#()*;._-" all = lower + upper + number +symbol length = 9 password ="".join(random.sample(all,length)) print("the password you generated is :",password)

import turtle turtle.bgcolor("black") turtle.speed(1000) turtle.hideturtle( ) colours = ["yellow","red","pink","blue"] for i in range(120): for c in colours: turtle.color(c) turtle.circle(200-i,100) turtle.lt(90) turtle.circle(200-i,100) turtle.rt(60) turtle.end_fill()

import turtle t=turtle.Turtle() t.color("black") t.color('#4285F4','#4285F4') t.pensize(5) t.speed(3) t.forward(120) t.right(90) t.circle(-150,50) t.color('#0F9D58') t.circle(-150,100) t.color('#F4B400') t.circle(-150,60) t.color('#BD4437','#BD4437') t.begin_fill() t.circle(-150,100) t.right(90) t.forward(50) t.right(90) t.circle(100,100) t.right(90) t.forward(50) t.end_fill() t.begin_fill() t.color("#F4B400","#F4B400") t.right(180) t.forward(50) t.right(90) t.circle(100,60) t.right(90) t.forward(50) t.right(90) t.circle(-150,60) t.end_fill() t.right(90) t.forward(50) t.right(90) t.circle(100,60) t.color('#0F9D58','#0F9D58') t.begin_fill() t.circle(100,100) t.right(90) t.forward(50) t.right(90) t.circle(-150,100) t.right(90) t.forward(50) t.end_fill() t.right(90) t.circle(100,100) t.color('#4285F4','#4285F4') t.begin_fill() t.circle(100,25) t.left(115) t.forward(65) t.right(90) t.forward(42) t.right(90) t.forward(124) t.right(90) t.circle(-150,50) t.right(90) t.forward(50) t.end_fill() t.penup()

from turtle import * speed(14) pencolor('blue') pencolor('red') pencolor('black') for i in range(500): fd(i) left(92)

import turtle from turtle import * wn = Screen() wn.setup(width=1200,height=680) t=turtle.Turtle() wn.bgcolor('black') t.speed(0) colors = ['red','red'] for i in range (180): t.pencolor(colors[i%len(colors)]) t.rt(i) t.fd(i) t.rt(180) t.fd(i) wn.mainloop()

Cool bro, I recently started learning Python

Cool 😎

Fantastic 😊

import numbers

Цдлцло🥇🏆😘😍😤🤑😭💑💏🏋️‍♀️👍💝💖💗💓💕👠

دمت گرم عجب چیز خفنی

Imagine doing this in C++

😊😊😊😊

What’s what we got taught in primary school

28/187

Bhai trick to bhej

2^8 Because 4×2=8

4x2=8 (2⁴)² = 2⁸

2^8

64