Answer:
Point A: Always True
Point B: Sometimes false
Point C: Always False
Explanation:
In the given code snippet. Point A is the first statement within the While loop the statement System.out.println("Welcome to Java!"); will only be executed if the while condition evaluates to true.
At Point B, The statement count++ increases the value of the counter at every iteration, while it will be true for most occasions, at the last increament, this statement will be false that is at count=100, The condition will be false at this point just before program execution breaks out of the loop
Point C is outside of the loop, this happens when the given condition is no longer true.
Answer: For best performance and lowest latency, the MMU and CPU should support hardware ... broadcast, and subnet broadcast traffic with the deny-all catch-all filter rule for ... Please refer to the NetSight Wireless Manager User Guide (v5.1 or higher ) for a ... The rule must also be positioned above the 'Deny All' Default action.
Explanation:
Answer:
Exiting a function
Explanation:
Return simply returns a specified value at the end of a def function (if you're in python). It does not print or do anything else. You could set variables equal to a def function that returns or you could put the def function in a print statement to print the returned value.
When we say indirect perception checking, this is when we make confirmations about the information that we have gathered through passive perception. This is done by collecting information that may either support or negate our interpretation. Based on the given situations above, the one that makes a best exaple of what indirect perception checking is, is this: <span>observing your mother’s actions to see if she is angry. Answer is B.</span>
<h2>
Answer:</h2>
The quality of lacking a pattern or organization so that result are unpredictable is also known as<u> Randomness.</u>
<h2>
Explanation:</h2>
In the daily routine work, randomness can be defined as the apparent lack of pattern. Randomness occurs when there is no predictability in events. Thus a random pattern of events, steps or symbols often has no sequence and order so they lead eventually towards Randomness. Similarly when elements will not follow an intelligible pattern or a proper combination they will result in Randomness.
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I hope it will help you!</h3>
