Answer:
Option D is the correct answer for the above question
Explanation:
Missing code: The function code is missing in the question, which defined the two return value.
Detailed Expalanation:
- The above question code is in python language, which returns the two values. So there are needs of two variable which is needed to hold the returned value from a function.
- Options b and c both states the two variable for the calling function which needs to hold the returned value and the option D states both option, hence it is a correct option while the other is not because:-
- Option a states no variable which can hold the returned value.
def computeGrade(float grade, str a){
a = "A" if a > 0.9 else a = "B" if a > 0.8 else "C"
return a;
}
print(a)
Answer: Please see below as the answer is self-explanatory
Explanation:
In a telephone system, we call signaling to all signals that are originated within a telephony circuit, that are not part of the conversation between the calling parties.
We include in this broad category, the signal generated by the calling party when he picks up the phone, the call tone sent to him by the switch (or the busy tone if the call can't be established due to blocking), the digits that identify the called party, the ringing signal that informs the called party that someone is trying to reach him for a call, among others like are defined in the SS7 or the different 2G/3G/4G Cellular standards.
The importance of the signalling is pretty obvious; without these signals, it will be virtually impossible to set up a connection between the two parties.
I think the answer is B because all of the other ones dont make sense and wouldnt work in a time crunch
Answer:
False
Explanation:
The definition for the If-Then-Else structure is as follows:
IF (<em>boolean_condition</em>)
THEN (<em>commands_for_true</em>)
ELSE (<em>commands_for_false</em>)
When there is an ELSE sentence, its commands are to be executed whenever previous conditions where not evaluated as true
.
