Complete the function to return the factorial of the parameter using recursion,

Computers and Technology

2 answers:

Dominik [7]3 years ago

5 0

def recursiveFactorial(number):

if number > 0:

return number * (recursiveFactorial(number - 1))

else:

return 1

stringNum = input("Enter a positive integer: ")

num = int(stringNum)

print(recursiveFactorial(num))

I hope this helps!

mestny [16]3 years ago

4 0

Answer:

-1

Explanation:

i took the test and here is the real answer. hope this helps!!!!! ;*

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An enhancement to a computer accelerates some mode of execution by a factor of 10. The enhanced mode is used 50% of the time, me

Ann [662]

Answer:

The answer is "5.5 and 90.90%"

Explanation:

For point 1:

To calculate the speed from fast mode, its run time without enhancement should be worked out. Designers are aware of which two selves are implicated throughout the accelerated project planning: the empty ( $50 \%$ ) and the increased stages ( $50 \%$ ).

Although not enhanced, this would take almost as long ( $50 \%$ ) and for the combine to give phase; even so, the increased phase would've been 10 times longer, as well as $500 \%$ . Thus the corresponding total speed without enhancement is $=50\% + 500\% = 550\%.$

Its overall speed is:

$=\frac{\text{Accelerated runtime}}{ \text{accelerated runtime}} = \frac{550 \%}{ 100 \%}= 5.5$

For point 2:

We re-connect these figures in Amdahl's Law throughout order to identify how long it would take for both the initial implementation:

$\text{Vectorized fraction}= \frac{\text{Overall velocity}\times \text{Accelerated acceleration}-\text{Accelerated acceleration}}{\text{Overall acceleration} \times \text{Accelerated acceleration}-\text{Overall acceleration}}$