Write code to complete factorial_str('s recursive case. Sample output with input: 5 5! 5 * 4 * 3 * 2 * 1 = 120 %3D 344614.2214230.qx32qy7 output_string = 2 if fact_counter output_string += '1' elif...

Write code to complete factorial_str('s recursive case.<br>Sample output with input: 5<br>5!<br>5 * 4 * 3 * 2 * 1 = 120<br>%3D<br>344614.2214230.qx32qy7<br>output_string =<br>2<br>if fact_counter<br>output_string += '1'<br>elif fact_counter == 1:<br>out put_string += str(fact_counter) +<br>4<br>== 0:<br># Base case: 0!<br>= 1<br>5.<br># Base case: print 1 and result<br>7<br>+ str(fact_value)<br>else:<br># Recursive case<br>output_string += str(fact_counter) +<br>next counter =<br>next_value<br>output_string +=<br>9<br>fact_counter<br>next_counter * fact_value<br>10<br>- 1<br>11<br>...<br>12<br>Your solution goes here<br>13<br>14<br>return output_string<br>15<br>int(input ())<br>'.format (user_val), end=

Extracted text: Write code to complete factorial_str('s recursive case. Sample output with input: 5 5! 5 * 4 * 3 * 2 * 1 = 120 %3D 344614.2214230.qx32qy7 output_string = 2 if fact_counter output_string += '1' elif fact_counter == 1: out put_string += str(fact_counter) + 4 == 0: # Base case: 0! = 1 5. # Base case: print 1 and result 7 + str(fact_value) else: # Recursive case output_string += str(fact_counter) + next counter = next_value output_string += 9 fact_counter next_counter * fact_value 10 - 1 11 ... 12 Your solution goes here 13 14 return output_string 15 int(input ()) '.format (user_val), end="") 16 user val 17 print ('{}! 18 print(factorial_str (user_val, user_val))

Jun 11, 2022

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Write code to complete factorial_str('s recursive case. Sample output with input: 5 5! 5 * 4 * 3 * 2 * 1 = 120 %3D 344614.2214230.qx32qy7 output_string = 2 if fact_counter output_string += '1' elif...

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