Answer:
The outcome would be "yes".
Explenation:
numA = 2
numB = 3
if numA == 2 or numB == 2:
print("yes")
elif numA == 2 and numB == 3:
print("no")
<u>numA = 2</u>
This line of code declares the variable numA and gives it a value of 2
<u>numB = 3</u>
This line of code declares the variable numB and gives it a value of 3
<u>if numA == 2 or numB == 2:</u>
This part activate the next line of code only if the statement (numA == 2 or numB == 2<u>)</u> is True
<u>print("yes")</u>
This code prints out "yes" in the terminal.
<u>elif numA == 2 and numB == 3:</u>
This line of code is similar to the ifstatement above. The code below activates only if the statement (numA == 2 and numB == 3) is True and the previous ifstatement wasn't True.
<u>print("no")</u>
This code prints out "no" in the terminal.
Answer: 17.0
Explanation: I did ran it on PyCharm and that was the outcome.
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Yes but i dont think theres a representative behind the same question ur on
Answer:
The truth table, as well as the logic circuit of the given statement, is attached below.
Explanation:
- Logical gates seem to be the essential building blocks of just about any computerized signal. It becomes a digital device with one or even more inputs and therefore only single output.
- The arrangement among outputs and inputs would be focused on this kind of logic. Upon that basis, logic gates were already called as AND, NOT, OR gate, etc.