Python Basics Exercises

1. 99 Multiplication Table

i = 0#While 99 multiplication tablej =0 whileI < 9: I+ = 1 whileJ<9: J+ = 1sum= i +J Total="%s +%s =%s"%(i,j,sum)Print(total,end=" ")        ifi = =j:j=0Print("\ n")             Break

While implementation 99 multiplication table

 forIinchRange (1,10):#For 99 multiplication table     forJinchRange (1,10): Sum= i +J Total= ("%d +%d =%d"%(i,j,sum))Print(total,end="  ")        ifi = =J:Print("")             Break

for Implementation 99 multiplication table

2. Performance Judgment

input scores automatically, Judge grade. Demand: 0-59  60-69 pass 70-79 80-89 Liang 90-99 excellent  very good-1  Throw Exception 101 Exception

 whileTrue:num= str (Input ("pls input num:"))    if  notNum.isdigit ()orint (num) > 100:        Print("Please re-enter")        Continue    Else: Num=int (num)if0<= Num <= 59:            Print("inferior lattice")        elif69 <=num<=:            Print("Pass")        elif79 <=num<=:            Print("in")        elif80<=num<= 89:            Print("Liang")        elif<=num<=99:            Print("Excellent")        elifnum = = 100:            Print("very good")         Break  #Break can also be placed in the else sibling

if achieve score judgment

3. Rabbit Calculation

Requirement: 12 months how many rabbits will there be in total?

Rabbit = [All]  for in range:    + rabbit[i+1 ])    Print (i+1," Moon ", rabbit[i]*2," little Bunny ") Print (Rabbit)

for implementation Bunny calculation

4. Arrange numbers, do not repeat

Requirements: There are four digits 1 2 3 4, respectively, to achieve three numbers matching together, and each number is not duplicated.

 forIinchRange (1,5):     forJinchRange (1,5):        if(i = =j):Continue         forKinchRange (1,5):            if(j = kori==k):Continue            Else:                Print("%d%d%d"% (i,j,k))

for implementing a digital arrangement

Python Basics Exercises