Implementing 99 multiplication tables with Python

1. Implementation of a rectangle composed of "#"

Code

1eight = int (input ("Height:"))#User Input Height2width = int (input ("Width:"))#User Input width3 4Num_height = 15  whileNum_height <=height:6Num_width = 17      whileNum_width <=Width:8         Print("#", end="")9Num_width + = 1Ten     Print() oneNum_height + = 1

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Output to

2. Implementation of a triangle composed of "*"

Code

1M1 =02num2 =03 4height = int (input ("height:"))5 6  whileNUM1 <height:7NUM1 + = 18      whileNum2 <num1:9Num2 + = 1Ten         Print("*", end="") one     Print() anum2 =0 - """ - line = 5 the While line > 0: - tmp = line - while tmp > 0: - print ("*", end= "") + tmp = tmp-1 - Print () + line- = 1"""

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Output to

3. Implementation of the 99 multiplication table

Code for

1A = 0#A is multiplication sign left number2b = 0#b is multiplication sign right number3 4  whileB < 9:5B + = 16      whileA <B:7A + = 18         Print(str (a) +"*"+str (b) +"=", str (a * b), end="    ")9     Print()TenA = 0

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Output to

Found permutations are misaligned, after correcting the code for

1A = 0#A is multiplication sign left number2b = 0#b is multiplication sign right number3 4  whileB < 9:5B + = 16      whileA <B:7A + = 18         if(a * B > 9):9             Print(str (a) +"*"+str (b) +"=", str (a * b), end="    ")Ten         Else: one             Print(str (a) +"*"+str (b) +"=", str (a * b),"", end="    ")#print (a, "*", b, "=", str (a * b), "", end= "") a     Print() -A = 0

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Output to

The second method of modification is

1A = 0#A is multiplication sign left number2b = 0#b is multiplication sign right number3 4  whileb <num:5B + = 16      whileA <B:7A + = 18         Print(str (a) +"*"+str (b) +"=", str (a * b), end="\ t")9     Print()TenA = 0

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"\ t" means adding a tab after the Output.

Implementing 99 multiplication tables with Python