CodePudding user response:

 
The tree=98 
Day=0 
S=0 
While s<98: 
Day +=1 
S +=10 
If s>=98: 
Break 
S -=7.8 
Print (s, day 

Day=s=0 
Bott=int (input (' drinks')) 
S=bott 
While bott>=3: 
S +=int (bott/3) 
Bott=bott % 3 + int (bott/3) 
Print (s) 

CodePudding user response:

 
The import time 
,0,0,0,0,0 timexs=[10] # newx time, time of x, y, in half an hour to 1 
Timeys=,0,0,0 [90] 
Print (sum (timexs)) 
Newxs=[10] 
Eats=[0, 0] 
For _ in range (1, int (60/0.5) + 1, 1) : 
For I in range (0, 4) : 
If timeys [I]!=0: 
# print (I, timeys [I], newxs [1]) 
Try: 
Timeys [I]=timeys [I] - newxs [0] 
Timeys [I]=timeys [I] - eats [1] 
Except the Exception as e: 
# print (I, timeys [I], newxs [1]) 
Raise e 

Newxs. Insert (0, newxs. Pop ()) 
Eats. Insert (0, eats. Pop ()) 
Eats [0]=eats newxs [0] + [0] 
Newxs [0]=timexs [1] 
Timexs [1]=timexs [1] * 2 
Timexs. Insert (0, timexs. Pop ()) 
Timeys [1]=timeys [1] * 2 
Timeys. Insert (0, timeys. Pop ()) 
Print (' {} hour X number distribution: {} Y quantity distribution: new born X: {} {} is born every X 1 hours {} '. The format (_ * 0.5, timexs timeys, newxs, eats)) 
# time. Sleep (1) 
Print (sum (timeys))