Natija: 2-Misol Musbat yoki Manfiyligini aniqlash dasturi

a=[4,6,8]
for i in range(len(a)):
a[i]+=3
print(a)

10-Misol
1 danm 100 gacha bo’lgan butun sonlarni chop etamiz:

for i in range(1,101):
print(i)
Qiymatni nafaqat oshirib boorish balki, kamaytirish ham mumkin. 100 dan 1 gacha barcha sonlarni chop etamiz:

for i in range(100,0,-1):

print(i)

11-Misol
1 dan 10 gacha bo’lgan sonlarni chop etish

i=1
while i<10:
print(i)
i+=1

12-Misol
Kvadratning tomoni a berilgan.Uning perimetiri aniqlansin. p=4*a

a=int(input("Sonni kiriting="))
P=4*a
print(P)
Natija:
Sonni kiriting=12

48
13-Misol

Kvadratning tomoni a berilgan.Uning yuzi aniqlansin.S=a*a
a=int(input("Sonni kiriting="))
S=a*a
print(S)
Natija:


14-Misol
To’g’ri to’rtburchakning tomonlari a va b berilgan.Uning yuzi S=a*b va P=2(a+b) perimetiri aniqlansin.

a=int(input("a="))

b=int(input("b="))
S=a*b
P=2*(a+b)
print(S)
print(P)

Natija:

15-Misol

pi=3.14
d=int(input("Sonni kiriting="))
L=pi*d
print(L)
16-Misol

a=int(input("a="))

V=pow(a,3)
S=6*pow(a,2)
print(V)
print(S)

Natija:

17-Misol

a=int(input("a="))
b=int(input("b="))
c=int(input("c="))
V=a*b*c
S=2*(a*b+b*c+a*c)
print(V)
print(S)

18-Misol

19-Misol

import math
a=int(input("A"))
b=int(input("B"))
S=math.sqrt(a*b)
print(S)
19-Misol

Ilon o’yin dasturi.

from tkinter import *

import random
game_width=500
game_height=500
snake_item=10
snake_color1="red"
snake_color2="white"
snake_x=24
snake_y=24
snake_x_nav =0
snake_y_nav=0
present_color1 = "blue"
present_color2 = "yellow"

snake_list= [ ]

snake_size =4

virtual_game_x = game_width/ snake_item

virtual_game_y = game_height/ snake_item

presents_list = [ ]

presents_size = 5

tk = Tk()

tk.title("Ilon O'yini")
tk.resizable(0,0)
tk.wm_attributes("-topmost",1)
canvas = Canvas(tk, width=game_width, height=game_height, bd=0,highlightthickness=0)
canvas.pack()
tk.update()
for i in range ( presents_size):
x = random.randrange (virtual_game_x )
y = random.randrange (virtual_game_y )
id1 = canvas.create_oval(x*snake_item, y*snake_item, x*snake_item+snake_item, y*snake_item+snake_item, fill=present_color2)
id2 = canvas.create_oval(x*snake_item+2, y*snake_item+2, x*snake_item+snake_item-2, y*snake_item+snake_item-2, fill=present_color2)
presents_list.append([x, y])
print(presents_list)

def snake_paint_item(canvas, x, y,):

global snake_list
id1 = canvas.create_oval(x*snake_item, y*snake_item, x*snake_item+snake_item, y*snake_item+snake_item, fill=snake_color2)
id2 = canvas.create_oval(x*snake_item+2, y*snake_item+2, x*snake_item+snake_item-2, y*snake_item+snake_item-2, fill=snake_color2)
snake_list.append([x, y, id1, id2])

snake_paint_item(canvas, snake_x, snake_y)

def check_can_we_delete_snake_item() :
if len(snake_list)>=snake_size:
temp_item = snake_list.pop(0)
canvas.delete(temp_item[2])
canvas.delete(temp_item[3])
def check_found_sovga():
global snake_size
for i in range(len(presents_list)):
if presents_list[i][0]==snake_x and presents_list[i][1]==snake_y:
snake_size=snake_size+1
canvas.dalete(presents_list[i][2])
canvas.dalete(presents_list[i][3])

def snake_move(event):

global snake_x
global snake_y
if event.keysym=="Up":
snake_x_nav=0
snake_y_nav=-1
check_can_we_delete_snake_item()
elif event.keysym=="Down":
snake_x_nav=0
snake_y_nav=1
check_can_we_delete_snake_item()
elif event.keysym == "Left":
snake_x_nav=-1
snake_y_nav=0
check_can_we_delete_snake_item()
elif event.keysym=="Right":
snake_x_nav=1
snake_y_nav=0
check_can_we_delete_snake_item()
snake_x= snake_x+snake_x_nav
snake_y=snake_y+snake_y_nav
snake_paint_item(canvas, snake_x, snake_y)
check_found_sovga()
canvas.bind_all("" ,snake_move)
canvas.bind_all("", snake_move)
canvas.bind_all("" ,snake_move)
canvas.bind_all("", snake_move)