#子供でも分かる計算機
#2022年10月30日
#H.yu
#coding:utf-8
from math import modf
import os
import random
from re import A
modoru= '1'
while modoru == '1':
    os.system('clear')
    print('＊計算してみよう＊')
    print('^^^^^^^^^^^^^^^^^^^^^^')
    price = int(input('1~9を入力してね!'))
    price2 = random.randint(1,9)
    #x = input('足し算:1 引き算:2 掛け算:3 \n')
    siki = random.randint(1,3)
    if siki == 1:
        tasizan = round(price+price2)
        print('\n',price,'+ ? =', tasizan,'\n')
        modoru2 = '1'
        while modoru2 == '1':
            a = int(input('?は何かな？'))
            if a == price2:
                print('正解おめでとう！！')
                break
                
            elif a != price2:
                print('不正解.....')
                modoru2 = input('\n\t 1: もう一度　other:やめる')
        modoru = input('\n\t 1:他の問題　other:やめる')
            

    if siki == 2:
        hikizan = round(price-price2)
        print('\n',price,'- ? =', hikizan,'\n')
        modoru2 = '1'
        while modoru2 == '1':

            a = int(input('?は何かな？'))
            if a == price2:
                print('正解おめでとう！！')
                break
            elif a != price2:
                print('不正解.....')
                modoru2 = input('\n\t 1:もう一度　2:やめる')
        modoru = input('\n\t 1:他の問題 other:やめる')
    
    if siki == 3:
        tasizan = round(price*price2)
        print('\n',price,'x ? =', tasizan,'\n')
        modoru2 = '1'
        while modoru2 == '1':
            a = int(input('?は何かな？'))
            if a == price2:
                print('正解おめでとう！！')
                break
            elif a != price2:
                print('不正解.....')
                modoru2 = input('\n\t 1:もう一度 2:やめる')
        modoru =input('\n\t 1:他の問題 2:やめる')
        

実行結果