Answer:
Explanation:
If L(D1) = L(D2), the D has every state being final
If L(D1) = L¯(D2), the D has every state being final
If L(D1) = ∅, then L(D) = L(D2).
If L(D1)=Σ, L(D) = L(D2)
Answer:
It's an example of a software/hardware.
Explanation:
Answer:
'Urgency' is the name of this type of social engineering attack.
Explanation:
Social engineering attack describes a broad range of malicious activities accomplished through human interactions. It uses psychological manipulation to trick users into making security mistakes or giving away sensitive information.
In 'Urgency attacks', the attacker uses some sort of emergency or urgent situation to get someone/people to do what they want or divulge a piece of information.
Hope this Helps!
I think it’d be answer B
(I do psychology and it’s kind of similar to this)
Answer:
M2 is the answer for the above question.
Explanation:
- The above question states the scenario, where firstly main function calls the M1 function.
- Then M1 function calls the function M2.
- Then M2 function calls the function M3.
- Then M3 function calls the function M5.
- Then Again M2 function will resume and calls the function M4.
- Then Again M2 function will resume because when the M4 will ends it return to the statement of the M2 function from which the M4 function has been called.
- It is because when any function ends its execution it returns to that line of a statement from which it has been called. This is the property of programming language to call the function.
- So when the M4 will terminate its execution then the M2 function will resume again.
