Techy Dhruv

Web Series Downloads The Night Manager Part-1 Size: 3.67 GB Download Part-2 Size: 3.50 GB Download Credit :- Hotstar Specials (Disney+ Hotstar)

Web Series Downloads The Legend Of Hanuman Season-1 Size: 5.17 GB Download Season-2 Size: 6.49 GB Download

  Google logo using Turtle in Python Input (Code) :- import turtle as g g . bgcolor ( "black" ) g . color ( 'Royal Blue' ) g . pensize ( 5 ) g . speed ( 5 ) ## first circle {red color} g . forward ( 120 ) g . right ( 90 ) g . circle ( - 150 , 50 )   g . color ( 'dark green' ) g . circle ( - 150 , 100 ) g . color ( 'orange' ) g . circle ( - 150 , 60 ) g . color ( 'red' ) g . begin_fill () g . circle ( - 150 , 100 ) g . right ( 90 ) g . forward ( 50 ) g . right ( 90 ) g . circle ( 100 , 100 ) g . right ( 90 ) g . forward ( 50 ) g . end_fill () g . begin_fill () ## second circle {yellow color} g . color ( "orange" ) g . right ( 180 ) g . forward ( 50 ) g . right ( 90 ) g . circle ( 100 , 60 ) g . right ( 90 ) g . forward ( 50 ) g . right ( 90 ) g . circle ( - 150 , 60 ) g . end_fill () # third circle {green color} g . right ( 90 ) g . forward ( 50 ) g . right ( 90 ) g . circle ( 100 , 60 ) g . color ( 'dark green'

Windows logo using Turtle in Python Input (Code) :- import turtle as w w . hideturtle () w . speed ( 1 ) w . bgcolor ( 'black' ) w . penup () w . goto ( - 50 , 60 ) w . pendown () w . color ( 'blue' ) w . begin_fill () w . goto ( 100 , 100 ) w . goto ( 100 , - 100 ) #Draw windows w . goto ( - 50 , - 60 ) w . goto ( - 50 , 60 ) w . end_fill () w . color ( 'black' ) w . goto ( 15 , 100 ) #cut 2 equal parts w . color ( 'black' ) w . width ( 10 ) w . goto ( 15 , - 100 ) w . penup () w . goto ( 100 , 0 ) w . pendown () w . goto ( - 100 , 0 ) w . goto ( 30 , - 180 ) w . color ( "blue" ) w . write ( "Windows" , font = ( "cooper" , 50 , "bold" ), align = "center" ) w . done () Output :-  Watch this Short for result :-  https://youtube.com/shorts/Lh1gTz5nFfM?feature=share  

Facebook logo using Turtle in Python Input (Code) :- import turtle as f f . speed ( 10 ) f . color ( "#0270d6" ) f . bgcolor ( 'black' ) f . penup () f . goto ( 0 , 150 ) f . pendown () f . begin_fill () f . forward ( 150 ) f . circle ( - 50 , 90 ) f . forward ( 300 ) f . circle ( - 50 , 90 ) f . forward ( 300 ) f . circle ( - 50 , 90 ) f . forward ( 300 ) f . circle ( - 50 , 90 ) f . forward ( 150 ) f . end_fill () f . color ( "white" ) f . penup () f . goto ( 140 , 80 ) f . pendown () f . begin_fill () f . right ( 180 ) f . forward ( 50 ) f . circle ( 80 , 90 ) f . forward ( 50 ) f . right ( 90 ) f . forward ( 80 ) f . left ( 90 ) f . forward ( 40 ) f . left ( 90 ) f . forward ( 80 ) f . right ( 90 ) f . forward ( 160 ) f . left ( 90 ) f . forward ( 55 ) f . left ( 90 ) f . forward ( 160 ) f . right ( 90 ) f . forward ( 70 ) f . left ( 80 ) f . forward ( 45 ) f . left ( 100 ) f . forward ( 80 ) f . right ( 90 ) f . forward ( 40 ) f . circle ( - 40 , 90

Instagram logo using Turtle in Python Input (Code) :- import turtle as i i . bgcolor ( 'black' ) i . pencolor ( '#bc2a8d' ) i . width ( 23 ) i . penup () i . goto ( 160 , - 100 ) i . pendown () i . left ( 90 ) for a in range ( 4 ):   i . forward ( 250 )   i . circle ( 34 , 90 ) i . penup () i . goto ( 85 , 30 ) i . pendown () i . circle ( 80 , 360 ) i . penup () i . goto ( 110 , 130 ) i . pendown () i . circle ( 7 , 360 ) i . done () Output :-  Watch this Short for result :-  https://youtube.com/shorts/FBepEBsPo_c?feature=share

Microsoft logo using Turtle in Python Input (Code) :- import turtle as m m.bgcolor( "Black" ) def first_box ():     m.goto( - 130 , 0 )     m.color( "red" )     m.begin_fill()     for i in range ( 4 ):         m.forward( 100 )         m.left( 90 )     m.end_fill()     m.penup() def second_box ():     m.goto( 0 , 0 )     m.color( "green" )     m.begin_fill()     m.pendown()     for i in range ( 4 ):         m.forward( 100 )         m.left( 90 )     m.end_fill()     m.penup() def third_box ():     m.goto( - 130 , - 130 )     m.color( "blue" )     m.begin_fill()     m.pendown()     for i in range ( 4 ):         m.forward( 100 )         m.left( 90 )     m.end_fill()     m.penup() def fourth_box ():     m.goto( 0 , - 130 )     m.color( "orange" )     m.begin_fill()     m.pendown()     for i in range ( 4 ):         m.forward( 100 )         m.left( 90 )     m.end_fill()             print (first_box()) print (second_box()) print (